OCR Report

Best of

Time

Processor	Average
ThresholdAdaptiveProcessor(08_08)	0,40 ms
ThresholdAdaptiveProcessor(10_10)	0,42 ms
ThresholdAdaptiveProcessor(16_16)	0,45 ms
ThresholdAdaptiveProcessor(14_14)	0,47 ms
ThresholdAdaptiveProcessor(12_12)	0,48 ms
...	...
ThresholdAdaptiveProcessor(24_24)	1,42 ms
ThresholdProcessor(40%)	1,44 ms
ThresholdProcessor(80%)	1,59 ms
ThresholdProcessor(100%)	2,79 ms
ThresholdProcessor(50%)	46,05 ms

WER

Processor	Average
ThresholdProcessor(40%)	46,27 %
ThresholdProcessor(30%)	47,08 %
AutoThresholdProcessor(OTSU)	48,99 %
ThresholdProcessor(50%)	50,19 %
ThresholdProcessor(70%)	50,19 %
...	...
ThresholdProcessor(0%)	92,25 %
ThresholdAdaptiveProcessor(04_04)	94,55 %
ThresholdAdaptiveProcessor(02_02)	98,80 %
ThresholdAdaptiveProcessor(00_00)	99,50 %
ThresholdProcessor(100%)	100,00 %

CER

Processor	Average
ThresholdProcessor(40%)	1,45 changes
ThresholdProcessor(30%)	1,69 changes
ThresholdProcessor(50%)	1,77 changes
ThresholdProcessor(70%)	1,94 changes
AutoThresholdProcessor(OTSU)	1,97 changes
...	...
ThresholdProcessor(0%)	4,97 changes
AutoThresholdProcessor(Triangle)	4,97 changes
ThresholdAdaptiveProcessor(02_02)	5,47 changes
ThresholdAdaptiveProcessor(00_00)	5,87 changes
ThresholdProcessor(100%)	6,02 changes

Statistic

command-processing_screentypes_controlgroup_005

Processor	Elapsed	WER	CER (avg)	10034	active	id	interlocking	interlockings	no	static	text	typ
AutoThresholdProcessor(OTSU)	0,8ms	0,0%	0,00	10034	active	id	interlocking	interlockings	no	static	text	typ
ThresholdProcessor(40%)	0,8ms	0,0%	0,00	10034	active	id	interlocking	interlockings	no	static	text	typ
ThresholdProcessor(30%)	0,9ms	0,0%	0,00	10034	active	id	interlocking	interlockings	no	static	text	typ
ThresholdProcessor(70%)	1,0ms	0,0%	0,00	10034	active	id	interlocking	interlockings	no	static	text	typ
ThresholdProcessor(50%)	1,1ms	0,0%	0,00	10034	active	id	interlocking	interlockings	no	static	text	typ
ThresholdProcessor(60%)	1,2ms	0,0%	0,00	10034	active	id	interlocking	interlockings	no	static	text	typ
ThresholdProcessor(80%)	0,8ms	11,1%	0,22	10034	active	id	interlocking	interlockings	id	static	text	typ
AutoThresholdProcessor(Kapur)	0,9ms	11,1%	0,22	10034	active	id	interlocking	interlockings	id	static	text	typ
ThresholdAdaptiveProcessor(18_18)	0,6ms	22,2%	0,89	10034	active	id	interlocking	interlockings	no	id	text	id
ThresholdProcessor(10%)	1,0ms	33,3%	0,11	10034	active	id	interlocking	interlackings	no	static	text	typ
ThresholdProcessor(0%)	1,9ms	33,3%	0,11	10034	active	id	interlocking	interlackings	no	static	text	typ
ThresholdProcessor(20%)	2,1ms	33,3%	0,11	10034	active	id	interlocking	interlackings	no	static	text	typ
ThresholdAdaptiveProcessor(24_24)	0,4ms	44,4%	1,67	no	active	no	interlocking	interlockings	no	active	text	no
ThresholdAdaptiveProcessor(22_22)	0,7ms	44,4%	1,67	ee	active	ee	interlocking	interlockings	no	active	text	ee
ThresholdAdaptiveProcessor(20_20)	0,5ms	55,6%	1,89	text	active	`null`	interlocking	interlockings	`null`	text	text	text
ThresholdAdaptiveProcessor(16_16)	0,6ms	66,7%	2,00	text	active	`null`	interlocking	interlocking	`null`	active	text	text
ThresholdAdaptiveProcessor(12_12)	0,4ms	77,8%	3,00	no	no	no	interlocking	interlocking	no	no	no	no
ThresholdAdaptiveProcessor(04_04)	0,4ms	88,9%	2,78	text	text	`null`	interlockings'	interlockings'	`null`	text	text	text
ThresholdAdaptiveProcessor(14_14)	0,4ms	88,9%	3,22	`null`	`null`	`null`	interlocking	interlocking	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(02_02)	0,5ms	88,9%	4,67	`null`	static	`null`	static	static	`null`	static	`null`	`null`
ThresholdAdaptiveProcessor(10_10)	0,6ms	88,9%	5,22	no	no	no	no	no	no	no	no	no
ThresholdAdaptiveProcessor(06_06)	0,4ms	100,0%	3,44	`null`	`null`	`null`	interlockings'	interlockings'	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(00_00)	0,5ms	100,0%	5,89	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(08_08)	0,5ms	100,0%	5,89	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(90%)	1,2ms	100,0%	5,89	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
AutoThresholdProcessor(Triangle)	3,0ms	100,0%	5,89	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(100%)	3,1ms	100,0%	5,89	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`

*Comparison data generated based on 9 tagged words.*

driver_archdrv_variablendefinition_001

Processor	Elapsed	WER	CER (avg)	archive	bit	byt	das	doppelwort	float	gewünschte	hilfe	konfiguration	neu	objekt	selektieren	sie	string	treibervariable	variablendefinition	verlassen	wort
ThresholdProcessor(50%)	1,2ms	22,2%	1,28	hilfe	bit	byte	das	doppelwort	float	gewünschte	hilfe	konfiguration	bi	objekt	selektieren	sie	string	treibervariable	verlassen	verlassen	wort
ThresholdProcessor(30%)	1,4ms	22,2%	1,28	hilfe	bit	byte	das	doppelwort	float	gewünschte	hilfe	konfiguration	das	objekt	selektieren	sie	string	treibervariable	verlassen	verlassen	wort
ThresholdProcessor(40%)	1,4ms	22,2%	1,28	hilfe	bit	byte	das	doppelwort	float	gewünschte	hilfe	konfiguration	das	objekt	selektieren	sie	string	treibervariable	verlassen	verlassen	wort
AutoThresholdProcessor(OTSU)	0,8ms	27,8%	1,28	hilfe	bit	byte	das	doppelwort	float	gewünschte	hilfe	konfiguration	xl	objekt	selektieren	sie	string	treibervariable	verlassen	verlassen	wort
ThresholdProcessor(60%)	0,9ms	27,8%	1,33	hilfe	bit	byte	das	doppelwort	float	gewunschte	hilfe	konfiguration	das	objekt	selektieren	sie	string	treibervariable	verlassen	verlassen	wort
ThresholdAdaptiveProcessor(24_24)	0,5ms	38,9%	1,00	sie	bit	byte	das	doppelwort	float	gewünschte	sie	konfiguration	wi	objekt	selektieren	sie	string	treibervariable	yariablendefii	verlassen	wort
ThresholdAdaptiveProcessor(16_16)	0,4ms	44,4%	1,00	archive	bit	byte	das	doppelwort	float	gewünschte	sie	konfiguration	ff	bit	selektieren	sie	string	treibervariable	variablendefinition	archive	wort
ThresholdAdaptiveProcessor(14_14)	0,4ms	50,0%	1,50	archive	bit	byte	das	doppelwort	float	gewünschte	ie	wort	en	bit	selektieren	sie	string	treibervariable	variablendefinition	en	wort
ThresholdProcessor(70%)	1,3ms	55,6%	2,72	hilfe	bit	bit	ort	doppelwort	float	verlassen	hilfe	konfiguration	ort	ort	verlassen	bit	string	treibervariable	verlassen	verlassen	ort
ThresholdProcessor(20%)	4,0ms	55,6%	3,28	archive	sie	das	das	objekt	float	gewunschte	hilfe	float	das	objekt	selektieren	sie	sie	verlassen	verlassen	verlassen	float
AutoThresholdProcessor(Triangle)	0,8ms	61,1%	3,28	string	bit	byte	new	doppelwort	float	new	byte	konfiguration	new	bit	string	bit	string	treibervariable	konfiguration	new	wort
ThresholdProcessor(80%)	1,1ms	61,1%	3,39	string	bit	bit	bl	doppelwort	float	wort	bl	konfiguration	bl	bit	string	bit	string	treibervariable	konfiguration	bl	wort
ThresholdAdaptiveProcessor(18_18)	0,5ms	66,7%	4,00	string	bit	bit	bit	doppelwort	float	wort	bit	float	bit	bit	string	bit	string	treibervariable	treibervariable	string	wort
ThresholdAdaptiveProcessor(22_22)	0,5ms	66,7%	4,00	string	bit	byte	bit	doppelwort	float	byte	byte	float	bit	bit	string	bit	string	treibervariable	treibervariable	string	wort
ThresholdAdaptiveProcessor(20_20)	0,6ms	66,7%	2,72	archive	bit	byte	et	doppelwort	float	et	byte	wort	et	et	string	bit	string	treibervariable	variablendefinition	archive	wort
ThresholdAdaptiveProcessor(08_08)	0,4ms	72,2%	4,17	archive	sie	das	das	float	float	gewünschte	sie	float	das	sie	elektieren	sie	sie	elektieren	elektieren	elektieren	float
ThresholdProcessor(90%)	1,4ms	77,8%	3,28	sting	bit	byte	bit	doppelwort	float	wort	byte	float	bit	bit	sting	bit	sting	treibervariable	yariablendefinition	sting	wort
ThresholdProcessor(10%)	1,0ms	88,9%	5,72	archive	`null`	`null`	`null`	float	float	archive	float	float	`null`	float	float	`null`	float	archive	archive	archive	float
ThresholdAdaptiveProcessor(04_04)	0,4ms	100,0%	7,50	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(00_00)	0,5ms	100,0%	6,50	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	yariablendefinition	yariablendefinition	`null`	`null`
ThresholdAdaptiveProcessor(02_02)	0,5ms	100,0%	7,50	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(10_10)	0,5ms	100,0%	7,50	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(12_12)	0,5ms	100,0%	5,78	ais	ais	yo	ais	el	yo	essen	el	ais	el	essen	essen	ais	wg	essen	essen	essen	wg
ThresholdAdaptiveProcessor(06_06)	0,7ms	100,0%	7,50	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(100%)	0,8ms	100,0%	7,50	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(0%)	0,9ms	100,0%	7,50	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
AutoThresholdProcessor(Kapur)	1,2ms	100,0%	6,61	ayig	yom	yom	yom	yom	yom	gq	yom	ayig	yom	yom	ayig	yom	ayig	ayig	ayig	ayig	yom

*Comparison data generated based on 18 tagged words.*

driver_BQLSX00_connections_002

Processor	Elapsed	WER	CER (avg)	0	1	abbrechen	archiv kennung	datenbaustein	datenbausteinkonfiguration	datensatz	datentyp	doppelwort	einstellungen	frei	id	löschen	name	neue	neuer	offset	ohne	ok	produkt ID	S7-300	schreibstatus	seriell	SO	spaltenorientiert	stelle	wert
ThresholdProcessor(20%)	1,5ms	70,4%	3,37	`null`	`null`	techen	kennung	daterbaustain	daterbaustain	datensatz	datensatz	wert	einstellungen	frei	id	techen	name	name	never	offset	ohne	so	frei	frei	datensatz	stele	so	datensatz	stele	wert
ThresholdProcessor(40%)	1,7ms	70,4%	3,70	`null`	`null`	archiv	kennung	datenbaustein	datenbaustein	datensatz	datentyp	wert	kennung	name	id	archiv	name	name	name	offset	ohne	so	produkt	name	datensatz	wert	so	datenbaustein	name	wert
ThresholdProcessor(30%)	0,9ms	74,1%	3,56	50	1d	abbrechen	kennung	datenbaustein	datenbaustein	datenbaustein	seneil	ooppetwort	kennung	so	id	abbrechen	name	name	name	offset	ohne	so	so	50	screbstetus	serie	so	datenbaustein	serie	wert
ThresholdProcessor(0%)	0,8ms	77,8%	3,26	`null`	`null`	abbrechen	kennung	daterbaustan	datenbausteinkonfiguration	sena	sena	wert	stele	het	id	sena	name	neue	neuer	het	ohne	so	produkt	sena	sena	seriel	so	seriel	stele	wert
ThresholdProcessor(10%)	0,9ms	85,2%	3,15	`null`	`null`	kchen	kennung	datersatz	datenbausteinkonfiguration	datersatz	stete	wert	stete	frei	id	kchen	name	neue	never	offset	in	tl	tl	57-300	schrebstetus	never	tl	stete	stete	wert
ThresholdProcessor(50%)	1086,4ms	85,2%	4,93	`null`	`null`	stele	frei	datentyp	datentyp	datentyp	datentyp	doppelwort	stele	frei	`null`	stele	stele	stele	stele	frei	stele	`null`	stele	stele	frei	stele	`null`	datentyp	stele	wert
ThresholdAdaptiveProcessor(20_20)	0,4ms	96,3%	6,15	`null`	`null`	were	ka	wert	wert	wert	wert	wert	were	were	ka	were	ka	were	were	wert	were	ka	ka	ka	wert	were	ka	wert	were	wert
ThresholdAdaptiveProcessor(18_18)	0,6ms	96,3%	6,07	`null`	`null`	never	never	wert	wert	wert	wert	wert	never	fl	fl	never	never	never	never	fl	fl	fl	wert	fl	wert	wert	fl	never	fl	wert
AutoThresholdProcessor(Kapur)	1,0ms	96,3%	6,11	`null`	`null`	bseu	bseu	bseu	bseu	wert	wert	wert	bseu	bseu	`null`	bseu	bseu	bseu	bseu	bseu	bseu	`null`	bseu	bseu	bseu	wert	`null`	wert	bseu	wert
ThresholdProcessor(80%)	1,8ms	96,3%	6,52	`null`	`null`	wert	wert	wert	wert	wert	wert	wert	wert	wert	`null`	wert	wert	wert	wert	wert	wert	`null`	wert	wert	wert	wert	`null`	wert	wert	wert
ThresholdProcessor(70%)	2,0ms	96,3%	6,52	`null`	`null`	name	name	name	name	name	name	name	name	name	`null`	name	name	name	name	name	name	`null`	name	name	name	name	`null`	name	name	name
ThresholdAdaptiveProcessor(08_08)	0,4ms	100,0%	7,67	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(10_10)	0,4ms	100,0%	7,67	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(12_12)	0,4ms	100,0%	6,63	`null`	`null`	en	en	en	en	en	en	en	en	en	en	en	en	en	en	en	en	en	en	en	en	en	en	en	en	en
ThresholdAdaptiveProcessor(00_00)	0,5ms	100,0%	7,67	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(02_02)	0,5ms	100,0%	7,67	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(14_14)	0,5ms	100,0%	7,67	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(22_22)	0,5ms	100,0%	6,07	`null`	`null`	stele	te	stele	stele	te	te	stele	stele	te	te	te	te	te	te	te	te	te	te	te	stele	stele	te	stele	stele	te
ThresholdProcessor(90%)	0,6ms	100,0%	7,67	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(24_24)	0,7ms	100,0%	7,67	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
AutoThresholdProcessor(Triangle)	0,8ms	100,0%	7,67	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(100%)	0,9ms	100,0%	7,67	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
AutoThresholdProcessor(OTSU)	1,0ms	100,0%	7,67	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(06_06)	1,0ms	100,0%	7,67	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(16_16)	1,2ms	100,0%	7,67	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(60%)	1,7ms	100,0%	7,67	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(04_04)	2,1ms	100,0%	7,67	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`

*Comparison data generated based on 27 tagged words.*

driver_brpvi_offlineimport_004

Processor	Elapsed	WER	CER (avg)	a	back	cancel	declaration	description	file	filename	finish	help	new	newOpcTag.opct	opc	tag
ThresholdProcessor(50%)	0,7ms	23,1%	0,92	`null`	back	cancel	declaration	description	file	filename	finish	help	new	new	opc	tag
ThresholdProcessor(60%)	0,9ms	30,8%	1,38	`null`	back	cancel	declaration	description	file	filename	file	file	new	inewop	opc	tag
ThresholdProcessor(70%)	0,8ms	38,5%	1,69	`null`	back	anew	declaration	description	file	filename	file	file	new	declaration	opc	tag
ThresholdProcessor(40%)	1,4ms	38,5%	1,15	`null`	back	cancel	declaration	cescriptior	file	filerame	finish	help	new	new	opc	tag
AutoThresholdProcessor(OTSU)	0,8ms	46,2%	1,31	`null`	back	anew	declaration	description	file	filename	fish	file	new	newopc	opc	tag
ThresholdProcessor(30%)	0,8ms	53,8%	1,62	`null`	back	cancel	declaration	declaration	file	file	finish	help	news	cescrigücr	opc	tag
AutoThresholdProcessor(Kapur)	1,0ms	53,8%	1,69	`null`	tag	anew	declaration	description	file	filename	file	file	new	newopc	opc	tag
ThresholdAdaptiveProcessor(16_16)	0,4ms	69,2%	2,62	`null`	tag	anew	declaration	declaration	file	file	file	file	new	declaration	opc	tag
ThresholdAdaptiveProcessor(10_10)	0,5ms	69,2%	2,69	`null`	tag	anew	description	description	file	file	file	file	anew	opc	opc	tag
ThresholdAdaptiveProcessor(14_14)	0,5ms	76,9%	3,85	`null`	tag	anew	anew	file	file	file	file	ld	anew	opc	opc	tag
ThresholdProcessor(80%)	0,8ms	76,9%	3,62	`null`	tag	anew	tog	tog	file	file	file	new	new	new	opc	tag
ThresholdAdaptiveProcessor(12_12)	0,3ms	84,6%	3,15	`null`	tad	anew	description	description	fic	fic	fic	tad	anew	opc	opc	tad
ThresholdAdaptiveProcessor(08_08)	0,4ms	84,6%	4,54	`null`	tag	anew	tag	tag	tag	tag	anew	tag	anew	opc	opc	tag
ThresholdProcessor(90%)	1,0ms	84,6%	4,08	`null`	opc	anew	file	file	file	file	file	file	anew	opc	opc	opc
ThresholdAdaptiveProcessor(20_20)	0,6ms	92,3%	4,08	`null`	tag	se	se	se	file	file	file	se	se	opc	opc	tag
ThresholdAdaptiveProcessor(06_06)	1,0ms	92,3%	4,23	`null`	tag	anew	fle	opg	fle	fle	fle	fle	anew	opg	opg	tag
ThresholdAdaptiveProcessor(04_04)	0,4ms	100,0%	4,38	ca	ca	anew	ca	tile	tile	tile	anew	tile	anew	ca	ca	ca
ThresholdAdaptiveProcessor(24_24)	0,4ms	100,0%	5,54	`null`	cs	cs	cs	cs	cs	cs	cs	cs	cs	cs	cs	cs
ThresholdAdaptiveProcessor(00_00)	0,5ms	100,0%	6,00	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(02_02)	0,5ms	100,0%	5,31	`null`	ee	ee	ee	ee	ee	ee	ee	ee	ee	ee	ee	ee
ThresholdAdaptiveProcessor(22_22)	0,5ms	100,0%	5,38	`null`	io	io	io	io	io	io	io	io	io	io	io	io
AutoThresholdProcessor(Triangle)	0,8ms	100,0%	6,00	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(18_18)	0,8ms	100,0%	6,00	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(10%)	0,8ms	100,0%	6,00	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(20%)	0,8ms	100,0%	3,38	`null`	fal	fal	zeclaration	zeclaration	fal	fal	fal	fal	mew	zeclaration	opc	tay
ThresholdProcessor(0%)	0,9ms	100,0%	5,31	`null`	es	es	es	es	es	es	es	es	es	es	es	es
ThresholdProcessor(100%)	1,1ms	100,0%	6,00	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`

*Comparison data generated based on 13 tagged words.*

driver_SEL_Options_002

Processor	Elapsed	WER	CER (avg)	100	180000	an	and	between	enter	integer	ok	SEL
ThresholdAdaptiveProcessor(12_12)	0,3ms	22,2%	0,56	100	180000	an	and	between	enter	integer	an	100
ThresholdAdaptiveProcessor(16_16)	0,4ms	22,2%	0,56	100	180000	an	and	between	enter	integer	an	an
ThresholdAdaptiveProcessor(10_10)	0,5ms	22,2%	0,56	100	180000	an	and	between	enter	integer	an	and
ThresholdAdaptiveProcessor(14_14)	0,5ms	22,2%	0,56	100	180000	an	and	between	enter	integer	an	an
ThresholdProcessor(60%)	0,7ms	22,2%	0,56	100	180000	an	and	between	enter	integer	an	100
AutoThresholdProcessor(OTSU)	0,8ms	22,2%	0,56	100	180000	an	and	between	enter	integer	an	100
ThresholdProcessor(70%)	0,9ms	22,2%	0,56	100	180000	an	and	between	enter	integer	an	and
ThresholdProcessor(80%)	1,2ms	22,2%	0,56	100	180000	an	and	between	enter	integer	an	an
ThresholdProcessor(90%)	2,0ms	22,2%	0,56	100	180000	an	and	between	enter	integer	an	an
ThresholdAdaptiveProcessor(08_08)	0,3ms	33,3%	0,56	100	180000	an	and	between	enter	integer	an	an
ThresholdAdaptiveProcessor(20_20)	0,5ms	33,3%	0,56	100	180000	an	and	between	enter	integer	an	fin
ThresholdAdaptiveProcessor(22_22)	0,6ms	33,3%	0,56	100	180000	an	and	between	enter	integer	ay	ay
AutoThresholdProcessor(Kapur)	0,8ms	33,3%	0,56	100	180000	an	and	between	enter	integer	eq	eq
ThresholdProcessor(30%)	0,8ms	33,3%	0,56	100	180000	an	and	between	enter	integer	eq	eq
ThresholdProcessor(40%)	0,8ms	33,3%	0,56	100	180000	an	and	between	enter	integer	in	in
ThresholdProcessor(50%)	0,9ms	33,3%	0,56	100	180000	an	and	between	enter	integer	an	100
ThresholdProcessor(20%)	2,1ms	33,3%	0,56	100	180000	an	and	between	enter	integer	ea	ea
ThresholdProcessor(10%)	2,8ms	55,6%	0,67	190	180000	an	and	between	enter	integer	an	190
ThresholdAdaptiveProcessor(06_06)	0,4ms	77,8%	1,89	`null`	1180000	`null`	`null`	between	integer	integer	`null`	`null`
ThresholdAdaptiveProcessor(02_02)	0,5ms	88,9%	2,67	100	100	ane	ane	ane	ane	ane	`null`	ane
ThresholdAdaptiveProcessor(04_04)	1,1ms	88,9%	2,89	`null`	300001	`null`	`null`	between	between	between	`null`	`null`
ThresholdAdaptiveProcessor(24_24)	0,4ms	100,0%	4,22	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(00_00)	0,5ms	100,0%	4,22	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(18_18)	0,6ms	100,0%	4,22	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(100%)	0,9ms	100,0%	4,22	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(0%)	1,1ms	100,0%	4,22	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
AutoThresholdProcessor(Triangle)	1,8ms	100,0%	4,22	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`

*Comparison data generated based on 9 tagged words.*

driver_simotion_online_import_001

Processor	Elapsed	WER	CER (avg)	(1)	a	all	cancel	connection	connections	D445	existing	filter	import	label	new	ok	only	resources	select	set	variable	variables
ThresholdProcessor(50%)	0,7ms	26,3%	0,58	11	`null`	all	label	connection	connections	d426	existing	filter	import	label	new	11	only	resources	select	set	variable	variables
ThresholdAdaptiveProcessor(20_20)	0,4ms	31,6%	0,95	ei	`null`	all	label	connection	connections	ei	existing	ei	import	label	new	ei	only	resources	select	set	variable	variables
ThresholdProcessor(60%)	0,8ms	31,6%	0,63	all	`null`	all	label	connection	connections	d445	existing	filter	import	label	new	`null`	ovonly	resources	select	set	variable	variables
ThresholdProcessor(80%)	0,9ms	31,6%	0,63	ok	`null`	ok	label	connection	connections	d445	existing	fiter	import	label	new	ok	only	resources	select	set	variable	variables
ThresholdProcessor(70%)	1,0ms	36,8%	0,42	ox	`null`	all	cance	connection	connections	d445	existing	fitter	import	label	new	ox	only	resources	select	set	variable	variables
AutoThresholdProcessor(OTSU)	1,1ms	36,8%	0,58	all	`null`	all	label	connection	connections	d445	existing	fitter	import	label	new	`null`	only	resources	select	set	variable	variables
ThresholdAdaptiveProcessor(12_12)	0,5ms	42,1%	0,95	al	al	al	label	connection	connections	d445	existing	al	import	label	new	al	only	resources	select	new	variable	variables
ThresholdAdaptiveProcessor(14_14)	0,4ms	47,4%	1,11	new	`null`	only	label	connection	connections	d445	existing	import	import	label	new	`null`	only	resources	select	new	variables	variables
ThresholdProcessor(40%)	1,5ms	47,4%	0,89	et	`null`	all	cancel	connectien	connections	et	existing	fitter	import	label	new	et	all	resources	select	et	variables	variables
ThresholdAdaptiveProcessor(08_08)	0,3ms	57,9%	1,58	tew	`null`	only	label	connection	connection	only	existing	tew	import	label	new	`null`	only	variables	select	tew	variable	variables
AutoThresholdProcessor(Kapur)	1,0ms	57,9%	1,00	ck	`null`	ck	cancel	connecticn	connections	ck	existing	fitter	import	label	new	ck	new	resources	select	et	variables	variables
ThresholdAdaptiveProcessor(10_10)	0,4ms	63,2%	0,95	oo	al	al	label	connection	connections	d445	existing	al	import	label	new	oo	only	resources	select	new	variables	variables
ThresholdAdaptiveProcessor(24_24)	0,4ms	63,2%	1,84	mm	`null`	all	all	connection	connections	d445	existing	all	mm	all	new	mm	oniy	variables	select	new	variables	variables
ThresholdProcessor(30%)	1,0ms	63,2%	1,58	all	`null`	all	label	cennecticn	cennecticn	all	isting	filter	import	label	set	ok	all	resources	select	set	yanables	yanables
ThresholdAdaptiveProcessor(22_22)	0,4ms	84,2%	3,74	`null`	`null`	`null`	d445	connection	connections	d445	select	select	select	d445	`null`	`null`	d445	select	select	select	d445	select
ThresholdAdaptiveProcessor(16_16)	0,6ms	84,2%	3,74	445	`null`	445	445	connection	connections	445	select	select	select	445	445	`null`	445	select	select	445	445	select
ThresholdAdaptiveProcessor(18_18)	0,4ms	89,5%	3,95	`null`	`null`	`null`	select	connection	connection	`null`	select	select	select	select	`null`	`null`	`null`	select	select	select	select	select
AutoThresholdProcessor(Triangle)	0,8ms	89,5%	3,79	`null`	`null`	`null`	0445	connection	connection	0445	select	select	select	0445	`null`	`null`	0445	select	select	select	0445	select
ThresholdProcessor(90%)	0,9ms	89,5%	3,74	-c	`null`	-c	-c	connection	connection	d445	select	select	select	-c	-c	-c	-c	select	select	-c	-c	select
ThresholdAdaptiveProcessor(04_04)	0,3ms	94,7%	4,58	`null`	`null`	`null`	`null`	connection	connection	`null`	connection	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(06_06)	0,4ms	94,7%	4,58	`null`	`null`	`null`	`null`	connection	connection	`null`	connection	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(00_00)	0,5ms	100,0%	5,63	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(02_02)	0,5ms	100,0%	5,63	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(0%)	1,0ms	100,0%	5,63	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(10%)	1,2ms	100,0%	5,63	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(20%)	1,3ms	100,0%	5,63	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(100%)	22,4ms	100,0%	5,63	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`

*Comparison data generated based on 19 tagged words.*

editor_multimonitor_example_007

Processor	Elapsed	WER	CER (avg)	0	000	001	1080	1920	3840	alternative	bottom	cancel	define	display	for	help	in	left	M	menu	MM	monitor	name	ok	online	options	physical	position	right	the	top	undedactable
ThresholdProcessor(70%)	0,8ms	27,6%	0,52	`null`	1080	m_o1	1080	1920	3840	alternative	bottom	name	define	display	for	help	in	left	`null`	menu	in	monitor	name	for	online	options	physical	position	right	the	top	undedactable
ThresholdProcessor(80%)	1,8ms	31,0%	0,62	`null`	m_00	ee	1080	1920	3840	alternative	bottom	name	define	display	for	ee	in	left	`null`	menu	ee	monitor	name	ee	online	options	physical	position	right	the	top	undedactable
AutoThresholdProcessor(OTSU)	0,9ms	34,5%	0,62	`null`	1080	m_o1	1080	1920	3840	alternative	bottom	name	define	display	for	left	in	left	`null`	menu	in	monitor	name	for	online	options	physical	position	right	the	top	undedactable
ThresholdProcessor(60%)	0,8ms	37,9%	0,69	`null`	1030	for	1030	1920	3340	alternative	bottom	name	define	display	for	menu	in	left	`null`	menu	in	monitor	name	for	online	options	physical	position	right	the	top	undedactable
ThresholdProcessor(40%)	1,5ms	41,4%	1,17	`null`	top	top	name	name	name	alternative	bottom	name	online	display	for	top	in	left	`null`	menu	in	monitor	name	top	online	options	physical	position	right	the	top	undedactable
ThresholdProcessor(50%)	0,6ms	55,2%	1,62	`null`	m_00	m_00	m_00	m_00	m_00	alternative	bottom	menu	online	display	for	top	in	menu	`null`	menu	in	monitor	the	for	online	options	display	position	in	the	top	undedactable
ThresholdAdaptiveProcessor(24_24)	0,4ms	62,1%	1,83	`null`	for	for	meru	meru	meru	alternative	monitor	menu	define	display	for	meru	in	meru	`null`	menu	in	monitor	onine	for	onine	options	physical	options	in	the	for	undedactable
ThresholdAdaptiveProcessor(12_12)	0,5ms	62,1%	2,07	`null`	for	for	for	for	for	online	monitor	in	define	display	for	menu	in	menu	`null`	menu	in	monitor	the	for	online	online	physical	position	in	the	for	undedactable
ThresholdProcessor(30%)	0,9ms	62,1%	1,90	`null`	ton	ton	tion	tion	tion	online	bottom	cancel	online	tion	for	help	in	left	`null`	menu	in	monitor	the	ok	online	optians	cancel	tion	night	the	ton	undedactable
ThresholdAdaptiveProcessor(08_08)	0,4ms	69,0%	2,41	`null`	ca	ca	ca	ca	ca	online	monitor	ca	define	display	go	the	in	menu	`null`	menu	ca	monitor	ca	ca	online	options	physical	options	go	the	go	define
ThresholdAdaptiveProcessor(18_18)	0,5ms	72,4%	2,45	`null`	mon	mon	mon	mon	mon	name	mon	name	define	help	for	help	mon	help	`null`	mon	`null`	mon	name	mon	define	options	physical	position	mon	mon	mon	undedactable
ThresholdAdaptiveProcessor(22_22)	1,8ms	75,9%	2,76	`null`	ok	ok	help	help	help	define	monitor	cancel	define	help	ok	help	ok	help	`null`	help	ok	monitor	help	ok	define	position	physical	position	help	help	ok	physical
ThresholdAdaptiveProcessor(16_16)	0,5ms	79,3%	2,86	`null`	for	for	for	for	for	define	monitor	for	define	define	for	for	`null`	for	`null`	for	`null`	monitor	for	for	define	position	physical	position	for	for	for	undedactable
AutoThresholdProcessor(Triangle)	0,9ms	79,3%	2,83	`null`	let	let	let	let	let	let	top	matter	online	let	for	let	ma	let	`null`	menu	ma	position	ma	ma	online	opti	position	position	richt	the	top	let
ThresholdAdaptiveProcessor(20_20)	0,6ms	82,8%	2,90	`null`	tos	tos	tos	tos	tos	define	tos	cancel	define	tos	tos	tos	mm	tos	`null`	mm	mm	monitor	mm	tos	define	tos	physical	position	tos	tos	tos	physical
ThresholdAdaptiveProcessor(14_14)	1,9ms	82,8%	3,03	`null`	for	for	for	for	for	define	monitor	for	define	physical	for	for	`null`	for	`null`	for	`null`	monitor	for	for	define	define	physical	monitor	for	for	for	undedactable
ThresholdAdaptiveProcessor(10_10)	0,4ms	89,7%	3,48	`null`	`null`	`null`	`null`	`null`	`null`	define	monitor	define	define	define	`null`	`null`	`null`	define	`null`	define	`null`	monitor	`null`	`null`	define	define	physical	monitor	`null`	`null`	`null`	define
ThresholdProcessor(90%)	0,9ms	93,1%	3,83	`null`	`null`	`null`	menu	menu	menu	menu	options	menu	menu	menu	`null`	menu	`null`	menu	`null`	menu	`null`	menu	menu	`null`	options	options	options	options	menu	`null`	`null`	menu
ThresholdAdaptiveProcessor(06_06)	1,0ms	96,6%	3,93	`null`	lea	lea	lea	lea	lea	define	define	lea	define	define	lea	lea	`null`	lea	`null`	lea	`null`	define	lea	`null`	define	define	define	define	lea	lea	lea	define
ThresholdAdaptiveProcessor(00_00)	0,5ms	100,0%	4,83	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(02_02)	0,5ms	100,0%	4,83	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(04_04)	0,5ms	100,0%	3,97	`null`	`null`	`null`	`null`	`null`	`null`	detine	detine	detine	detine	detine	`null`	`null`	`null`	`null`	`null`	detine	`null`	detine	`null`	`null`	detine	detine	detine	detine	`null`	`null`	`null`	detine
ThresholdProcessor(10%)	0,8ms	100,0%	4,83	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
AutoThresholdProcessor(Kapur)	1,0ms	100,0%	4,48	`null`	co	co	co	co	43	co	co	co	co	co	co	co	co	co	`null`	co	co	co	co	co	co	co	co	co	co	co	co	co
ThresholdProcessor(20%)	1,9ms	100,0%	4,83	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(0%)	2,7ms	100,0%	4,83	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(100%)	22,4ms	100,0%	4,83	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`

*Comparison data generated based on 29 tagged words.*

editor_startpage_project-exist_001

Processor	Elapsed	WER	CER (avg)	a	and	anything	application	are	back	basic	because	been	can	chapters	compile	configured	configuring	connection	control	create	data	dialogs	do	driver	easy	end	engine	engineering	execution	first	following	for	frame	front	function	generally	has	how	if	in	incorporate	into	introducing	is	it	make	need	next	not	of	parameters	points	processes	project	projects	properties	rproject	screen	see	service	setting	start	steps	studio	the	them	then	this	to	tool	variable	visualization	want	we	welcome	what	work	you	your
ThresholdProcessor(40%)	1,5ms	13,2%	0,18	`null`	and	anything	application	are	data	basic	because	been	can	chapters	compile	configured	configuring	connection	control	create	data	dialogs	do	driver	easy	end	engine	engineering	execution	first	following	for	frame	front	function	generally	has	how	if	in	incorporate	into	introducing	is	it	make	need	need	not	of	parameters	points	processes	project	projects	properbes	project	screen	see	service	setting	start	steps	studio	the	them	then	this	to	tool	variable	visualization	want	we	because	what	work	you	your
AutoThresholdProcessor(OTSU)	0,9ms	15,8%	0,17	`null`	and	anything	application	are	easy	basic	because	been	can	chapters	compile	configured	configuring	connection	control	create	data	dialogs	do	driver	easy	end	engine	engineering	execution	first	following	for	frame	front	function	generally	has	how	if	in	incorporate	into	introducing	is	it	make	need	not	not	of	parameters	points	processes	project	projects	propertes	project	screen	see	service	setting	start	steps	studio	the	them	then	this	to	tool	variable	visualization	want	we	lo	what	work	you	your
ThresholdProcessor(50%)	0,8ms	19,7%	0,22	`null`	and	anything	application	are	bastc	bastc	because	been	can	chapters	compile	configured	configuring	connection	control	create	data	dialogs	do	driver	easy	end	engine	engineering	execution	first	following	for	frame	front	function	generally	has	how	it	in	incorporate	into	introducing	ts	it	make	need	not	not	of	parameters	points	processes	project	projects	properbes	project	screen	see	service	setting	start	steps	studio	the	them	then	this	to	tool	variable	visualization	want	we	lo	what	work	you	your
ThresholdProcessor(30%)	0,9ms	19,7%	0,26	`null`	and	anything	application	are	easy	basic	because	been	can	chapters	compile	configured	configuring	connection	control	create	data	dialogs	do	driver	easy	end	engine	engineering	execution	first	following	for	frame	front	execution	generally	has	how	if	in	incorporate	into	introducing	ij	it	make	need	need	not	of	parameters	points	processes	project	projects	properties	project	see	see	service	setting	start	steps	studio	the	them	then	this	to	tool	frame	visualization	want	we	welcome	what	work	you	your
AutoThresholdProcessor(Kapur)	1,0ms	21,1%	0,28	`null`	and	anything	application	are	easy	basic	because	been	can	chapters	comple	configured	configuring	connection	control	create	data	dialogs	do	driver	easy	end	engine	engineering	execution	first	following	for	frame	front	connection	generally	has	how	if	in	incorporate	into	introducing	's	it	make	need	need	not	of	parameters	points	processes	project	projects	properties	project	see	see	service	setting	start	steps	studio	the	them	then	this	to	tool	frame	visualization	want	we	welcome	what	work	you	your
ThresholdProcessor(60%)	0,8ms	27,6%	0,32	`null`	and	anything	application	are	cy	basic	because	been	can	chapters	compile	configured	configuitng	connection	control	create	data	dialogs	do	driver	easy	end	engine	engineering	execution	first	following	for	frame	front	function	generally	has	how	in	in	incorporate	into	introducing	1s	it	ınake	need	need	not	of	parameters	points	processes	project	projects	propect	project	screen	see	service	setting	start	steps	studio	the	them	then	this	to	to	variable	visualization	want	we	engine	what	work	you	your
ThresholdAdaptiveProcessor(22_22)	0,5ms	30,3%	0,21	`null`	and	anything	application	are	rand	basic	because	been	can	chapters	compile	configured	configuring	function	control	create	data	dialogs	do	driver	easy	end	engine	engineering	execution	fist	following	for	frame	front	function	generally	has	how	if	in	incorporate	into	introducing	is	is	make	need	ne	not	of	parameters	points	processes	project	projects	properties	project	see	see	service	setting	start	steps	studio	the	them	then	this	to	tool	variable	visualization	want	we	welcome	what	work	you	your
ThresholdProcessor(20%)	1,0ms	31,6%	0,86	`null`	and	engine	application	are	easy	basic	easy	been	can	chapters	compile	configured	configuring	connection	tool	create	data	is	to	driver	easy	end	engine	engineering	execution	first	following	for	frame	front	connection	easy	has	how	if	in	incorporate	into	iniroducing	is	it	make	need	need	it	of	chapters	points	projects	project	projects	projects	project	see	see	service	engine	start	steps	studio	the	then	then	this	to	tool	are	visualization	want	we	welcome	what	work	you	your
ThresholdAdaptiveProcessor(18_18)	0,5ms	32,9%	0,51	`null`	and	anything	application	we	easy	easy	because	been	can	chapters	contro	configured	configuring	execution	contro	create	data	dialogs	do	driver	easy	end	engine	engineering	execution	first	following	for	frst	front	execution	generally	has	how	if	in	incorporate	into	ineering	is	ft	make	need	not	not	of	parameters	points	processes	project	projects	properties	project	screen	see	service	setting	start	steps	studio	the	them	then	is	to	tool	variable	visualization	want	we	welcome	what	work	you	your
ThresholdAdaptiveProcessor(20_20)	0,6ms	32,9%	0,30	`null`	and	anything	application	are	back	basic	because	been	can	chapters	compte	configured	configuring	control	control	create	data	io	do	driver	easy	end	engine	engineering	execution	first	following	for	create	front	execution	generally	has	how	if	in	incorporate	into	introducing	is	io	make	need	next	not	of	parameters	points	processes	project	projects	properties	project	screen	see	service	setting	stat	steps	studio	the	them	then	this	to	tool	variable	visualization	want	we	welcome	what	work	you	your
ThresholdAdaptiveProcessor(12_12)	0,5ms	34,2%	0,49	`null`	and	anything	function	are	ata	basic	because	been	can	chapters	appl	configured	configuring	function	control	create	data	dtalogs	do	driver	easy	end	engine	engineering	execution	first	following	for	create	front	function	generally	has	how	if	in	incorporate	into	introducing	it	it	make	need	not	not	of	parameters	points	processes	project	projects	properties	project	see	see	service	setting	start	steps	studio	the	them	then	this	to	tool	create	visualization	want	we	welcome	want	work	you	your
ThresholdAdaptiveProcessor(14_14)	0,4ms	35,5%	0,57	`null`	and	anything	visualization	are	band	basic	because	been	can	chapters	ine	configured	configuring	function	contro	create	data	into	do	river	easy	end	engine	engineering	execution	first	following	for	are	font	function	generally	has	how	if	in	incorporate	into	introducing	ks	if	make	need	not	not	of	parameters	points	processes	project	projects	properties	project	screen	see	service	setting	stud	steps	studio	the	them	them	this	to	tool	are	visualization	want	we	welcome	what	work	you	your
ThresholdAdaptiveProcessor(10_10)	0,4ms	36,8%	0,45	`null`	and	anything	appli	are	data	basic	because	been	can	create	comple	configured	configuring	function	contro	create	data	dialogs	do	frame	easy	end	engine	engineering	execution	first	following	for	frame	front	function	generally	has	how	if	in	incorporate	into	introducing	is	it	make	need	next	not	of	parameters	points	processes	project	projects	properties	project	been	see	service	setting	start	steps	studio	the	them	then	this	to	tool	variable	visualization	want	we	me	what	work	you	your
ThresholdAdaptiveProcessor(16_16)	0,4ms	36,8%	0,51	ae	and	anything	application	are	ae	basic	because	been	can	chapters	create	configured	configuring	connection	tool	create	data	dialogs	do	driver	easy	end	engine	engineering	execution	first	following	for	ae	front	function	easy	has	how	if	in	incorporate	into	introducing	is	it	make	need	need	unat	of	parameters	points	projets	project	projects	properties	project	been	see	service	setting	start	steps	studio	the	them	then	this	to	tool	create	visualization	want	we	welcome	what	work	you	your
ThresholdProcessor(10%)	0,9ms	36,8%	1,16	`null`	and	this	application	are	been	basic	easy	been	can	chapters	tool	configured	configuring	application	tool	create	data	inko	to	are	easy	end	engine	engineering	application	first	following	for	are	front	inko	easy	has	how	if	in	incorporate	inko	introducing	is	is	make	need	need	how	of	chapters	points	processes	project	projects	processes	project	see	see	service	service	start	steps	studio	the	then	then	this	to	tool	are	visualization	want	we	welcome	what	work	you	your
ThresholdAdaptiveProcessor(24_24)	1,9ms	38,2%	0,66	aa	and	anything	visualization	are	ast	basic	because	been	en	chapters	engine	configured	configuring	connection	control	create	aa	dialogs	do	driver	easy	end	engine	engineering	execution	first	following	for	frame	front	function	generalty	has	fo	if	in	create	inthe	introducing	if	if	make	need	not	not	of	parameters	front	processes	project	projects	properties	project	see	see	engine	setting	ast	steps	studio	the	them	then	this	to	toot	variable	visualization	want	we	welcome	what	work	you	your
ThresholdProcessor(70%)	1,0ms	46,1%	0,51	`null`	and	anything	application	are	back	basic	because	deen	can	chapters	coniple	cont-qured	confguung	connection	control	create	data	dialogs	do	driver	easy	end	engine	engineering	execution	first	follawing	for	frame	front	function	generally	has	how	it	in	incorperate	inte	introducing	ts	it	are	need	next	ent	of	chapters	points	processes	project	proyects	properics	project	screen	see	service	setting	start	steps	studio	the	then	then	ts	to	tool	variable	visualization	ent	we	because	what	work	you	your
ThresholdAdaptiveProcessor(06_06)	1,0ms	50,0%	0,89	`null`	and	setting	application	are	want	basic	because	see	can	create	corp	configuring	configuring	gonnection	control	create	data	dialogs	io	ie	has	end	endiwe	engineering	execution	is	following	for	create	front	execution	generally	has	io	ie	in	incorporate	into	introducing	is	ie	make	need	ne	ne	of	parameters	points	processes	project	projects	properties	project	see	see	service	setting	want	steps	studio	the	them	then	this	to	tor	create	visualization	want	we	coe	what	work	you	your
ThresholdAdaptiveProcessor(08_08)	0,4ms	61,8%	1,64	`null`	end	this	visualization	are	data	basic	create	need	can	chapters	col	configuring	configuring	gonnection	col	create	data	data	to	are	data	end	end	engineering	exezution	for	following	for	create	for	gonnection	greate	how	how	in	in	incorporate	into	introducing	in	in	make	need	need	for	for	chapters	points	projedis	project	project	projedis	project	create	we	service	service	want	steps	studio	the	the	the	this	to	col	create	visualization	want	we	we	what	work	you	your
AutoThresholdProcessor(Triangle)	1,0ms	80,3%	3,13	`null`	and	tent	fiat	male	male	easy	easy	he	want	what	male	your	engineering	enginecsing	tent	male	male	male	to	ender	easy	and	ender	engineering	studio	first	want	for	male	tent	tent	ender	he	he	in	in	male	in	enginecsing	in	in	male	he	tent	for	he	steps	tent	ender	tent	tent	tent	tent	steps	he	studio	tent	tent	steps	studio	the	the	the	the	to	to	male	studio	want	we	welcome	what	work	your	your
ThresholdProcessor(80%)	1,8ms	81,6%	2,82	ca	and	ate	function	ate	back	back	ate	ate	ca	ate	apple	connection	connection	connection	tal	create	ate	tal	ct	driver	ate	and	ihe	driver	execution	first	wie	zur	frame	frame	function	wall	tal	ate	ihe	ihe	create	ate	studs	ihe	ct	ate	next	next	ct	ct	frame	studs	create	ct	create	create	apple	screen	ate	ihe	studs	studs	steps	studs	the	the	the	the	te	tal	variable	visualization	wall	wie	wie	what	zur	ate	zur
ThresholdProcessor(90%)	1,1ms	82,9%	3,37	`null`	back	function	visualization	frame	back	back	frame	next	back	steps	create	connection	connection	connection	function	create	back	driver	`null`	driver	back	next	driver	driver	execution	first	function	first	frame	frame	function	frame	back	`null`	`null`	`null`	create	first	function	`null`	`null`	frame	next	next	next	`null`	frame	driver	create	driver	create	create	driver	screen	steps	driver	steps	steps	steps	steps	`null`	frame	steps	steps	`null`	steps	variable	visualization	next	`null`	frame	next	back	`null`	next
ThresholdAdaptiveProcessor(04_04)	0,4ms	88,2%	3,14	`null`	end	conhguring	miatyou	the	gata	ig	el	el	ig	miatyou	ig	conhguring	conhguring	conhguring	miatyou	gata	gata	miatyou	to	ig	el	end	end	engineering	miatyou	for	conhguring	for	row	row	miatyou	el	ig	row	ig	ig	incorporate	to	mtrodvcng	ig	ig	the	end	el	of	of	basicsteps	ig	project	project	project	project	project	el	el	ig	ig	to	el	to	the	the	the	the	to	to	gata	miatyou	end	ig	el	the	for	you	you
ThresholdAdaptiveProcessor(00_00)	0,5ms	100,0%	4,68	`null`	ong	ong	civat	ong	ong	civat	civat	ong	civat	civat	civat	ong	ong	civat	ong	civat	civat	civat	`null`	civat	ong	ong	ong	ong	civat	civat	ong	ong	civat	ong	civat	civat	ong	ong	`null`	ong	civat	ong	ong	`null`	`null`	ong	ong	civat	ong	ong	civat	ong	civat	civat	civat	civat	civat	civat	ong	civat	ong	civat	civat	civat	ong	ong	ong	ong	`null`	ong	civat	civat	ong	`null`	ong	civat	ong	ong	ong
ThresholdAdaptiveProcessor(02_02)	0,5ms	100,0%	5,25	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa	aa
ThresholdProcessor(0%)	0,8ms	100,0%	5,63	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(100%)	0,9ms	100,0%	5,63	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`

*Comparison data generated based on 76 tagged words.*

editor_windows_position_006

Processor	Elapsed	WER	CER (avg)	100	a	activatestartupscreen	also	and	brief	CE	control	cross	depended	displayed	DOKU	each	edit	edition	elemente	energy	etc	file	filter	filtered	for	from	functions	help	historian	information	is	its	language	link	list	load	name	needed	network	on	online	options	other	output	project	properties	property	propery	provided	ready	recipes	reference	report	screens	select	shows	standard	start	text	the	time	to	topology	total	tree	value	variables	VBA	VSTA	welcome	what	window	windows	you	zenon
ThresholdProcessor(20%)	1,0ms	55,6%	1,64	oo	ia	fittered	also	and	brief	oo	cers	cers	depended	displayed	cers	each	edit	edition	select	energy	etc	fie	fie	fittered	for	from	options	help	fittered	information	is	ts	language	link	link	oo	name	neaded	cers	on	online	options	other	other	project	properties	property	property	provided	ready	repl	tree	repl	cers	select	shows	standard	sr	cers	the	fie	to	options	to	tree	value	value	oo	cers	welcome	what	window	window	you	zenon
ThresholdProcessor(30%)	0,9ms	58,3%	1,38	ke	`null`	screens	also	and	brief	ke	corto	crowe	depended	displayed	fran	each	edit	edition	select	energy	etc	file	file	file	for	from	options	help	fran	information	is	ite	language	link	link	load	name	needed	hetwark	on	online	options	other	stat	project	properties	property	property	provided	repl	racpes	fran	report	screens	select	shows	standard	stat	ke	the	tme	to	topology	stat	tree	value	racpes	ke	fran	we	what	window	window	you	zenon
ThresholdProcessor(10%)	0,9ms	59,7%	1,86	1s	`null`	filtered	also	and	brief	_y	window	pro	needed	filtered	ads	each	edit	edition	select	energy	ate	fee	filtered	filtered	for	from	options	help	stan	edition	1s	its	value	link	link	ads	name	needed	report	on	onling	options	other	other	project	property	property	property	promded	ready	repc	fee	report	screens	select	shows	standard	stan	fee	the	ihe	to	options	stan	tree	value	brief	ads	ads	welcome	what	window	window	you	zenon
AutoThresholdProcessor(Kapur)	1,0ms	59,7%	1,31	00k	`null`	filtered	also	and	brief	oo	oo	proy	depended	displayed	bat	each	edit	edition	select	energy	etc	fle	filtered	filtered	for	from	functons	help	filtered	information	is	its	language	link	link	load	name	needed	hetwark	on	online	options	other	stat	prosect	properties	property	property	provided	ree	ree	ree	report	screens	select	shows	standard	stat	bat	the	tme	to	topology	grotal	ree	value	brief	bat	bat	weicome	what	windows	windows	you	zenon
ThresholdProcessor(40%)	1,5ms	62,5%	1,76	fie	ar	filtered	ito	anc	brief	sw	cot	cot	depended	depended	fie	each	edit	edit	ete	ete	ete	file	file	filtered	for	from	furcbons	help	ito	information	is	ito	language	fie	is	load	name	needed	network	on	fie	ito	other	other	project	properties	property	property	provect	repl	repl	screens	'report'	screens	select	shows	standard	ar	edit	the	time	to	tapatogy	total	tree	value	file	fie	fie	welcome	what	window	windows	you	zenon
ThresholdAdaptiveProcessor(18_18)	0,5ms	70,8%	2,68	vba	ia	isthe	also	and	bet	tc	othor	from	depended	depended	vba	each	what	othor	depended	online	tc	ite	ite	isthe	for	from	online	help	isthe	othor	is	is	name	nk	is	oad	name	needed	othor	on	online	othor	othor	othor	project	property	property	property	needed	each	online	needed	report	shows	help	shows	standard	what	bet	the	ite	to	othor	tothe	the	value	value	vba	vba	online	what	and	shows	you	on
ThresholdAdaptiveProcessor(20_20)	0,6ms	76,4%	2,82	one	ia	information	ase	and	ie	ts	one	thows	needed	ie	one	each	ie	on	one	one	ts	ie	ie	needed	fr	fr	thows	help	information	information	is	ts	value	one	is	load	name	needed	thor	on	one	thows	thor	one	project	properties	property	property	needed	load	ie	report	report	one	report	thows	standard	what	te	the	ie	to	thor	tothe	te	value	value	one	one	one	what	and	thows	you	on
ThresholdProcessor(0%)	0,8ms	83,3%	2,99	fa	fa	screens	tes	anc	onef	fa	onef	proj	aded	aded	onef	sach	ie	editien	arlıne	energy	ate	ihe	ihe	ihe	fa	proj	screens	help	sian	optica	ie	ihe	ane	ihe	ihe	fa	ate	aded	report	on	arlıne	optica	the	optica	proj	property	property	propery	proj	reacy	ihe	screens	report	screens	sach	som	san	san	tes	the	ihe	to	proj	to	tes	value	arlıne	fa	onef	welcome	what	vercow	vercow	som	zenon
ThresholdProcessor(50%)	0,8ms	90,3%	3,61	we	`null`	propery	ase	ase	we	we	total	ook	welcome	propery	we	ase	io	io	select	propery	we	we	fr	propery	fr	fr	welcome	help	total	ook	io	io	andthe	ook	io	load	ume	we	welcome	we	andthe	ook	we	ook	project	propery	propery	propery	propery	load	welcome	select	'report'	select	select	we	andthe	fr	we	we	ume	io	total	total	we	ue	ase	we	we	welcome	we	io	welcome	ook	we
ThresholdAdaptiveProcessor(12_12)	0,5ms	91,7%	3,83	rmx	va	tree	rmx	rmx	bet	va	tree	cross	tree	manager	rmx	va	bet	bet	bet	rmx	bet	tree	bet	tree	rmx	rmx	cross	help	tree	rmx	va	rmx	manager	rmx	bet	va	rmx	tree	bet	va	tree	cross	tree	output	project	property	property	property	property	rmx	tree	tree	bet	tree	bet	cross	manager	bet	bet	tree	tree	va	property	bet	tree	va	manager	rmx	rmx	help	bet	rmx	cross	rmx	bet
ThresholdProcessor(60%)	0,8ms	93,1%	4,07	`null`	`null`	praject	load	load	load	`null`	window	load	window	load	load	load	load	window	praject	property	help	help	load	load	load	load	gutaut	help	load	load	`null`	`null`	mansger	load	load	load	load	load	load	`null`	load	load	help	gutaut	project	property	property	property	property	load	help	praject	property	praject	praject	load	load	gutaut	help	help	load	`null`	load	load	load	help	praject	`null`	load	load	load	window	window	load	window
ThresholdAdaptiveProcessor(10_10)	0,4ms	94,4%	3,82	li	`null`	dienen	li	omd	tree	li	tree	omd	dienen	dienen	li	lak	li	dienen	dienen	energy	li	li	dienen	dienen	li	omd	nipinio	he	dienen	nipinio	li	li	maniger	li	li	load	omd	sexe	omd	li	li	li	he	omd	project	project	project	project	projéct	load	sexe	dienen	omd	tree	sexe	omd	maniger	sexe	sexe	he	tree	li	load	load	tree	li	maniger	li	li	omd	he	li	li	li	dienen
AutoThresholdProcessor(OTSU)	0,9ms	94,4%	4,08	`null`	`null`	marsger	lead	lead	lead	`null`	window	'doku	lead	lead	lead	lead	lead	window	lead	lead	lead	help	lead	lead	`null`	lead	window	help	window	window	`null`	`null`	lead	lead	lead	lead	lead	lead	lead	`null`	lead	'doku	help	'doku	project	property	property	property	project	lead	help	project	property	lead	lead	'doku	lead	lead	lead	help	lead	`null`	property	lead	lead	help	marsger	`null`	lead	window	lead	window	window	'doku	lead
AutoThresholdProcessor(Triangle)	1,0ms	95,8%	4,29	nm	`null`	'report'	nm	nm	nm	nm	total	ook	nm	praject	nm	nm	nm	ook	project	nm	nm	nm	total	load	ook	nm	nm	nm	total	nm	nm	nm	load	nm	load	load	nm	nm	ook	nm	nm	ook	ook	ook	project	project	project	project	project	load	'report'	project	'report'	nm	project	ook	total	total	nm	nm	nm	nm	total	total	nm	nm	total	nm	nm	load	load	nm	nm	ook	nm
ThresholdProcessor(70%)	1,0ms	95,8%	4,14	mor	`null`	report	sger	mor	sger	`null`	mor	mor	report	sger	sger	sger	sger	mor	report	sger	mor	nelp	sger	sger	mor	mor	mor	nelp	sger	report	`null`	mor	load	load	load	load	nelp	nelp	report	mor	load	mor	sger	nelp	project	project	project	project	project	load	nelp	report	report	sger	sger	sger	sger	sger	nelp	sger	sger	mor	load	load	sger	nelp	sger	mor	sger	load	load	mor	mor	mor	mor
ThresholdProcessor(90%)	1,1ms	95,8%	4,42	`null`	`null`	report	load	load	projece	`null`	report	load	report	load	load	load	report	report	report	report	`null`	load	load	projece	load	load	report	load	report	report	`null`	`null`	load	load	load	load	load	report	report	`null`	load	report	report	report	project	projece	project	projece	projece	load	report	report	report	report	report	load	load	report	report	`null`	load	`null`	report	load	projece	load	projece	`null`	load	report	load	load	report	load	report
ThresholdAdaptiveProcessor(02_02)	0,5ms	97,2%	4,18	au	au	properties	au	au	ee	au	report	au	report	lid	au	au	ee	ee	report	ee	ee	ee	ee	ee	au	au	properties	ee	report	properties	au	au	au	lid	lid	lid	au	ee	report	au	lid	properties	ee	au	properties	properties	properties	properties	properties	au	report	report	report	ee	report	au	au	au	ee	ee	ee	au	report	au	ee	au	properties	au	au	report	au	lid	lid	au	report
ThresholdAdaptiveProcessor(06_06)	1,0ms	97,2%	4,61	vw	`null`	edition	vw	vw	vw	vw	edition	vw	referenc	edition	vw	vw	edition	edition	referenc	energy	vw	vw	vw	referenc	vw	vw	edition	vw	edition	edition	vw	vw	energy	vw	vw	vw	vw	referenc	vw	vw	energy	edition	vw	vw	vw	referenc	energy	energy	vw	energy	referenc	referenc	referenc	referenc	energy	vw	energy	vw	vw	vw	vw	vw	energy	vw	vw	vw	vw	vw	vw	energy	vw	vw	vw	vw	vw
ThresholdAdaptiveProcessor(04_04)	0,4ms	98,6%	4,89	`null`	`null`	maneger	`null`	`null`	project	`null`	maneger	project	maneger	project	`null`	`null`	`null`	project	project	maneger	`null`	`null`	maneger	maneger	`null`	`null`	maneger	`null`	project	project	`null`	`null`	maneger	`null`	`null`	`null`	`null`	maneger	maneger	`null`	maneger	project	maneger	project	project	project	project	project	project	`null`	maneger	project	project	project	project	`null`	maneger	`null`	`null`	`null`	`null`	`null`	project	`null`	`null`	maneger	maneger	`null`	`null`	project	`null`	maneger	maneger	`null`	`null`
ThresholdAdaptiveProcessor(08_08)	0,4ms	98,6%	4,25	ii	au	manage	au	au	ii	ii	manage	ii	manege	manage	ii	au	ii	ii	manage	manege	ee	ii	ii	manege	ii	ii	manage	ee	ii	manage	ii	ii	manage	ii	ii	au	manage	ee	ee	ii	manage	ii	ee	au	project	project	project	project	project	au	ee	manege	project	ee	project	ii	manage	au	ee	ee	ii	ii	manage	au	ee	au	manage	ii	ii	ee	au	manage	manage	au	ee
ThresholdAdaptiveProcessor(14_14)	0,4ms	100,0%	4,83	svx	`null`	gino	gino	ind	gino	`null`	gino	gino	ind	ind	gino	gino	gino	gino	gino	ind	svx	gino	gino	ind	svx	gino	gino	gino	gino	gino	ind	ind	gino	gino	gino	ind	gino	ind	gino	ind	gino	gino	gino	gino	gino	gino	gino	gino	ind	ind	gino	gino	gino	gino	svx	svx	ind	svx	svx	svx	gino	`null`	gino	gino	gino	gino	gino	svx	gino	gino	gino	gino	gino	svx	gino
ThresholdAdaptiveProcessor(16_16)	0,4ms	100,0%	4,39	8x	`null`	cros	wls	nn	re	8x	cros	cros	nn	wls	8x	cy	8x	nn	nn	nn	8x	wls	wls	re	8x	cros	cros	wls	nn	nn	8x	wls	nn	nn	wls	doku	nn	nn	nn	nn	nn	cros	re	doku	re	cros	re	re	re	re	re	re	re	cros	wls	cros	nn	re	8x	re	re	8x	wls	doku	re	wls	wls	8x	8x	wls	wls	nn	wls	doku	nn
ThresholdAdaptiveProcessor(00_00)	0,5ms	100,0%	5,71	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(22_22)	0,5ms	100,0%	4,24	04	au	aveda	au	au	en	ug	hot	hot	en	aveda	ug	au	hot	en	en	en	en	pue	er	er	hot	hot	ung	hot	hot	hot	ug	ug	ug	en	hot	hot	my	aveda	peor	en	en	peor	er	pue	hot	peor	peor	peor	pr	my	en	en	peor	en	hot	hot	aveda	hot	hot	pue	my	go	peor	hot	en	au	au	ug	ug	peor	hot	hot	hot	hot	en
ThresholdProcessor(100%)	0,9ms	100,0%	5,71	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(80%)	1,8ms	100,0%	5,71	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(24_24)	1,9ms	100,0%	4,36	10300	ua	dia	so	ua	re	ua	jon	yous	dia	dia	ua	ua	dia	dia	jon	doy	ua	dia	dia	re	so	so	jon	re	so	jon	ua	ua	ua	dia	so	ua	ua	dia	so	jon	dia	jon	re	ou	re	yous	doy	doy	re	re	re	re	re	re	so	so	ua	ua	re	re	dia	so	doy	ua	re	ua	dia	ua	ua	so	ua	doy	yous	yous	jon

*Comparison data generated based on 72 tagged words.*

etm_gantt_runtime_001

Processor	Elapsed	WER	CER (avg)	active	axis	clipboard	color	continue	copy	cursor	curve	delete	diagram	export	filter	import	name	off	on	play	print	profiles	refresh	rezoom	savve	settings	stop	text	title	to	trend	WIZ_VAR_10	WIZ_VAR_11	WIZ_VAR_12	WIZ10	zoom
ThresholdProcessor(50%)	0,8ms	81,8%	2,85	tale	tt	clipboard	cursor	settings	copy	cursor	cursor	tale	reroam	export	tale	export	name	tt	tt	lag	trend	tale	reroam	reroam	tale	settings	to	tt	tale	to	trend	10	10	10	10	zoom
ThresholdProcessor(30%)	0,9ms	87,9%	2,45	tile	ia	clipboard	color	tile	copy	cursor	cune	tile	acımm	export	tile	import	save	vaz	co	vaz	poet	tile	trend	zoom	save	setungs	to	tile	title	to	trend	wu_var_11	wu_var_11	wu_var_11	10	zoom
ThresholdProcessor(10%)	0,9ms	90,9%	2,88	cure	ia	chipboard	zoom	settings	copy	curser	cure	tele	ia	export	le	export	save	10	10	le	ia	refresh	refresh	zoom	save	settings	zoom	tele	tele	10	tele	10	10	10	10	zoom
AutoThresholdProcessor(Kapur)	1,0ms	90,9%	3,21	ti	fin	export	cr	tue	copy	cr	cr	wee	gm	export	fin	impon	name	cr	cr	qa	fin	fin	wee	vazio	name	settings	to	wee	ti	to	trend	wuz_var_10	wuz_var_10	wuz_var_10	10	cum
ThresholdProcessor(20%)	1,0ms	90,9%	2,48	acine	acine	clipboard	oo	stopcontinue	copy	cursor	cure	tile	ita	export	tile	import	name	fo	oo	ita	acine	refresh	refresh	zoom	save	setiings	to	tile	tile	to	cure	10	10	10	10	zoom
ThresholdProcessor(70%)	1,0ms	93,9%	4,61	wis	wis	wis	17	wis	17	wis	17	trend	wis	17	wis	17	17	17	17	17	trend	profiles	profiles	trend	17	wis	17	trend	wis	17	trend	10	17	17	10	17
AutoThresholdProcessor(OTSU)	0,9ms	97,0%	4,79	wis	wis	wis	wis	wis	wis	wis	wis	trend	wis	wis	wis	wis	wis	wis	10	wis	trend	wis	trend	trend	wis	wis	wis	trend	wis	10	trend	10	10	10	10	wis
ThresholdProcessor(40%)	1,5ms	97,0%	2,76	active	yaxis	clipboard	color	active	copy	color	cune	welz	ia	export	color	export	name	ot	ot	ia	pont	active	trend	ot	se	se	to	ot	tale	to	trend	wiz_var_10	wiz_var_12	wiz_var_12	10	ot
ThresholdProcessor(80%)	1,8ms	97,0%	3,94	tile	let	color	color	tile	color	color	gee	let	gee	color	tile	color	gee	let	18	let	let	tile	gee	let	gee	let	let	text	tile	18	text	10	18	18	10	color
ThresholdAdaptiveProcessor(04_04)	0,4ms	100,0%	5,73	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(08_08)	0,4ms	100,0%	5,27	ft	ft	ft	ft	ft	ft	ft	ft	ft	ft	ft	ft	ft	ft	ft	ft	ft	ft	ft	ft	ft	ft	ft	ft	ft	ft	ft	ft	ft	ft	ft	ft	ft
ThresholdAdaptiveProcessor(10_10)	0,4ms	100,0%	4,55	mv	mm	fler	fler	tert	mm	tert	mv	tert	var	tert	fler	tert	mm	mm	mm	fler	tert	fler	tert	mm	mv	tert	mm	tert	tert	mm	tert	mm	mm	mm	mm	mm
ThresholdAdaptiveProcessor(14_14)	0,4ms	100,0%	5,73	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(16_16)	0,4ms	100,0%	5,73	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(00_00)	0,5ms	100,0%	5,73	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(02_02)	0,5ms	100,0%	4,94	oe	oe	oe	oe	oe	oe	oe	oe	oe	oe	oe	oe	oe	oe	oe	oe	oe	oe	oe	oe	oe	oe	oe	oe	oe	oe	oe	oe	oe	oe	oe	oe	oe
ThresholdAdaptiveProcessor(12_12)	0,5ms	100,0%	4,55	fae	sss	fae	tot	tot	tot	sss	fae	fae	fae	tot	fae	tot	fae	fae	tot	fae	tot	fae	fae	tot	fae	sss	tot	tot	tot	tot	fae	fae	fae	fae	fae	tot
ThresholdAdaptiveProcessor(18_18)	0,5ms	100,0%	5,36	nam	nam	nam	nam	nam	nam	nam	nam	nam	nam	nam	nam	nam	nam	nam	`null`	nam	nam	nam	nam	nam	nam	nam	nam	nam	nam	`null`	nam	nam	nam	nam	nam	nam
ThresholdAdaptiveProcessor(22_22)	0,5ms	100,0%	5,73	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(20_20)	0,6ms	100,0%	5,73	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(0%)	0,8ms	100,0%	4,48	ot	ot	ot	ot	ot	ot	ot	lee	lee	ot	ot	lee	ot	lee	ot	ot	lee	ot	lee	lee	ot	lee	ot	ot	ot	le	ot	lee	10	10	22	10	ot
ThresholdProcessor(60%)	0,8ms	100,0%	3,91	cune	ax	ax	cune	cune	cune	cune	cune	tale	nama	ax	tale	twat	nama	ax	ax	ax	win	tale	trend	waz	tale	win	ax	twat	tale	ax	trend	w_var_10	w_var_10	w_var_10	10	ax
ThresholdProcessor(100%)	0,9ms	100,0%	5,73	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
AutoThresholdProcessor(Triangle)	1,0ms	100,0%	5,03	gee	17	ged	17	gee	17	17	gee	gee	gee	17	gee	17	gee	17	17	17	17	gee	gee	gee	gee	gee	17	gee	gee	17	ged	17	17	17	17	17
ThresholdAdaptiveProcessor(06_06)	1,0ms	100,0%	4,91	wie	wie	wie	wie	wie	wie	wie	wie	wie	wie	em	wie	em	wie	wie	em	wie	wie	wie	wie	em	wie	wie	wie	em	wie	em	wie	wie	wie	wie	wie	em
ThresholdProcessor(90%)	1,1ms	100,0%	5,24	in	in	gd	1628	in	1628	1628	1628	1628	gd	1628	in	in	1628	gd	in	1628	in	in	1628	1628	1628	in	1628	1628	in	gd	gd	1628	1628	1628	1628	1628
ThresholdAdaptiveProcessor(24_24)	1,9ms	100,0%	5,73	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`

*Comparison data generated based on 33 tagged words.*

historian_assistent_001

Processor	Elapsed	WER	CER (avg)	a	aggregated	an	and	archive	archives	assistant	average	back	basic	be	can	cancel	certain	create	data	engineering	extended	for	help	if	in	longer	maximum	minimum	next	now	of	over	page	period	press	process	recorded	recording	serve	should	start	sum	summarized	teditor	the	this	time	to	trend	used	value	values	want	with	without	you
ThresholdProcessor(60%)	0,8ms	15,1%	0,08	an	aggregated	an	and	archive	archives	assistant	average	back	basic	be	can	cancel	certain	create	data	engineering	extended	for	help	if	in	longer	maximum	minimum	next	now	of	over	page	period	press	process	recorded	recording	serve	should	start	sum	summarized	edit	the	this	time	to	trend	used	value	values	want	with	without	you
AutoThresholdProcessor(OTSU)	0,9ms	15,1%	0,13	an	aggregated	an	and	archive	archives	assistant	average	back	basic	be	can	cancel	certain	create	data	engineering	extended	for	help	if	in	longer	maximum	minimum	now	now	of	over	page	period	press	process	recorded	recording	serve	should	start	sum	summarized	edit	the	this	time	to	trend	used	value	values	want	with	without	you
ThresholdProcessor(50%)	0,8ms	17,0%	0,13	an	aggregated	an	and	archive	archives	assistant	average	back	basic	be	can	cancel	certain	create	data	engineering	extended	for	help	if	in	longer	maximum	minimum	now	now	of	over	page	period	press	process	recorded	recording	serve	should	start	sum	summarized	edit	the	this	time	to	trend	used	value	values	want	with	without	you
ThresholdProcessor(30%)	0,9ms	17,0%	0,13	an	aggregated	an	and	archive	archives	assistant	average	an	basic	be	can	cancel	certain	create	data	engineering	extended	for	help	if	in	longer	maximum	minimum	next	now	of	over	page	period	press	process	recorded	recording	serve	should	start	sum	summarized	edit	the	this	time	to	trend	used	value	values	want	with	without	you
ThresholdProcessor(70%)	1,0ms	17,0%	0,08	an	aggregated	an	and	archive	archives	assistant	average	back	basic	be	can	cancel	certain	create	data	engineering	extended	for	help	if	in	longer	maximum	minimum	next	now	of	over	page	period	press	process	recorded	recording	serve	should	start	sum	summarized	edit	the	this	time	to	trend	used	value	values	want	with	without	you
ThresholdProcessor(40%)	1,5ms	17,0%	0,11	an	aggregated	an	and	archive	archives	assistant	average	baie	basic	be	can	cancel	certain	create	data	engineering	extended	for	help	if	in	longer	maximum	minimum	next	now	of	over	page	period	press	process	recorded	recording	serve	should	start	sum	summarized	edit	the	this	time	to	trend	used	value	values	want	with	without	you
ThresholdProcessor(80%)	1,8ms	17,0%	0,19	an	aggregated	an	and	archive	archives	assistant	average	an	basic	be	can	cancel	certain	create	data	engineering	extended	for	help	if	in	longer	maximum	minimum	now	now	of	over	page	period	press	process	recorded	recording	serve	should	start	sum	summarized	edit	the	this	time	to	trend	used	value	values	want	with	without	you
AutoThresholdProcessor(Kapur)	1,0ms	18,9%	0,25	an	aggregated	an	and	archive	archives	assistant	average	and	basic	be	can	can	certain	create	data	engineering	extended	for	help	if	in	longer	maximum	minimum	now	now	of	over	page	period	press	process	recorded	recording	serve	should	start	sum	summarized	edit	the	this	time	to	trend	used	value	values	want	with	without	you
ThresholdProcessor(20%)	1,0ms	18,9%	0,25	an	create	an	and	archive	archives	assistant	average	page	basic	be	can	cancel	certain	create	data	engineering	extended	for	help	if	in	longer	maximum	minimum	next	now	of	over	page	period	press	process	recorded	recording	serve	should	start	sum	summarized	edit	the	this	time	to	trend	used	value	values	want	with	yithout	you
ThresholdAdaptiveProcessor(18_18)	0,5ms	28,3%	0,85	`null`	aggregated	and	and	archive	archives	assistant	create	want	if	be	can	cancel	certain	create	data	longer	extended	for	help	if	in	longer	maximum	minimum	now	now	of	over	time	period	press	process	recorded	recording	serve	sum	want	sum	summarized	edit	the	the	time	to	used	used	value	values	want	if	without	you
ThresholdAdaptiveProcessor(08_08)	0,4ms	30,2%	0,66	an	aggregated	an	and	archive	archives	assistant	over	an	basic	be	can	can	certain	trend	data	engineering	extended	for	help	of	in	longer	maximum	minimum	edit	to	of	over	value	period	press	process	recorded	recording	serve	should	want	whe	summarized	edit	the	this	the	to	trend	used	value	values	want	with	without	you
ThresholdAdaptiveProcessor(24_24)	1,9ms	32,1%	0,40	an	aggregated	an	and	archive	archives	assistant	average	an	basic	be	can	can	certain	create	data	engineering	extended	for	help	is	in	longer	maximum	minimum	st	to	of	over	page	period	process	process	recorded	recording	serve	should	start	sum	summarized	edit	the	this	time	to	trend	used	value	values	want	with	with	you
ThresholdProcessor(10%)	0,9ms	35,8%	0,47	an	aggregated	an	and	archive	archive	assistant	serve	want	basic	be	can	cancel	certain	create	data	engineering	extended	for	help	if	in	longer	maximum	minimum	next	to	of	over	time	period	press	process	recorded	recording	serve	should	want	time	summarized	edit	the	this	time	to	trend	used	value	values	want	vith	withgut	you
ThresholdProcessor(90%)	1,1ms	35,8%	0,70	am	aggregated	an	an	archive	archives	assistant	aver	am	basic	be	can	cancel	certain	create	data	engineering	extended	for	help	if	in	longer	alue	time	arct	now	of	over	page	period	press	press	recorded	recording	serve	should	start	am	used	edit	the	this	time	th	trend	used	value	value	want	with	without	you
ThresholdAdaptiveProcessor(22_22)	0,5ms	37,7%	0,68	`null`	trend	can	and	archive	archives	assistant	page	page	basic	be	can	cancel	certain	ate	data	engineering	extended	for	help	if	if	longer	maximum	minimum	be	to	of	over	page	period	press	press	recorded	recording	serve	should	start	cum	summarizedin	edit	the	this	time	to	trend	trend	value	values	want	with	without	you
AutoThresholdProcessor(Triangle)	1,0ms	47,2%	0,98	af	aggrega	an	an	archive	archives	assistant	serve	af	basic	be	can	cancel	can	create	data	engineering	extended	for	help	af	in	longer	value	din	now	now	of	val	page	period	press	press	recorded	recording	serve	should	start	af	serve	edit	the	the	time	io	trend	used	value	value	want	with	without	you
ThresholdAdaptiveProcessor(14_14)	0,4ms	49,1%	1,43	`null`	aggregated	in	and	archive	archives	start	over	and	sum	be	can	can	certain	create	data	ing	recorded	for	the	in	in	longer	maximum	minimum	be	for	of	over	page	period	pre	process	recorded	recordi	serve	sum	start	sum	summarized	period	the	the	time	tg	pre	pre	value	values	and	tg	minimum	for
ThresholdAdaptiveProcessor(12_12)	0,5ms	56,6%	1,77	`null`	aggregated	in	and	archive	archives	in	create	and	value	be	can	can	certain	create	data	longer	recorded	of	the	in	in	longer	maximum	minimum	be	of	of	over	time	period	process	process	recorded	recording	oftme	value	time	time	summarized	period	the	the	time	in	and	and	value	values	and	time	minimum	of
ThresholdAdaptiveProcessor(16_16)	0,4ms	71,7%	2,53	`null`	aggregated	ofan	you	archive	archives	assistant	page	basic	basic	the	ofan	page	create	create	with	engineering	the	you	help	`null`	`null`	page	basic	you	help	you	you	the	page	you	help	page	archive	archive	help	should	start	you	start	with	the	this	the	you	the	the	page	page	with	with	with	you
ThresholdAdaptiveProcessor(10_10)	0,4ms	79,2%	2,83	`null`	archives	of	for	archives	archives	times	over	over	over	the	for	values	serve	serve	over	recording	times	for	the	of	of	longer	times	times	over	for	of	over	the	period	process	process	recording	recording	serve	over	over	for	serve	period	the	the	times	for	the	over	values	values	over	the	the	for
ThresholdAdaptiveProcessor(02_02)	0,5ms	96,2%	3,85	`null`	archive	lz	lz	archive	archive	start	archive	start	paige	lz	lz	paige	start	archive	start	paige	archive	lz	lz	lz	lz	paige	paige	paige	start	lz	lz	start	paige	paige	paige	paige	archive	archive	start	start	start	lz	start	start	lz	start	paige	lz	start	lz	paige	paige	start	paige	start	lz
ThresholdAdaptiveProcessor(04_04)	0,4ms	98,1%	4,02	`null`	recorded	`null`	set	recorded	recorded	set	set	set	set	set	set	set	set	set	set	set	recorded	set	set	`null`	`null`	set	set	set	set	set	`null`	set	set	set	set	set	recorded	recorded	set	set	set	set	recorded	set	set	set	set	`null`	set	set	set	set	set	set	set	set
ThresholdAdaptiveProcessor(00_00)	0,5ms	100,0%	5,15	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(20_20)	0,6ms	100,0%	5,15	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(0%)	0,8ms	100,0%	5,15	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(100%)	0,9ms	100,0%	5,15	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(06_06)	1,0ms	100,0%	4,08	`null`	tain	tain	tain	tain	tain	tain	tain	tain	tain	pe	tain	tain	tain	tain	tain	tain	tain	pe	pe	pe	tain	pe	tain	tain	pe	pe	pe	pe	pe	pe	pe	pe	pe	tain	pe	tain	tain	pe	tain	tain	pe	tain	tain	pe	tain	pe	tain	tain	tain	tain	tain	pe

*Comparison data generated based on 53 tagged words.*

reporting-server_report-assistant_007

Processor	Elapsed	WER	CER (avg)	abs	absolute	alarms	batchhistory	collection	consumption	costs	data	datetimefilter	development	DPA	element	equipment	equipmentfilter	filter	filter()	frequent	group	integer	medium	misc	mnestinglevel	model	most	name	OEEFactor	parameterlist	per	projects	properties	rdl	related	relative	report	report1	reportassistant	single	string	tools	type	variables	ZAD_CIP	ZAD_GBL	ZAD_MAIN
ThresholdProcessor(40%)	1,5ms	86,4%	4,55	abs	abs	dans	costs	collection	collection	costs	date	date	dee	be	dee	pee	properties	date	date	report	ons	dee	be	ons	ons	dee	costs	date	collection	properties	per	properties	properties	da	date	date	report	report	report	be	ons	took	be	abs	be	be	be
ThresholdProcessor(30%)	0,9ms	93,2%	5,07	as	tole	as	tole	tole	mon	mt	dae	dae	men	mt	men	men	men	tole	tole	recur	due	pee	men	mt	men	model	mt	dae	recur	report	per	recur	report	mt	dae	dae	report	report	report	tole	mt	tole	tole	dae	mt	mt	mt
AutoThresholdProcessor(Kapur)	1,0ms	93,2%	4,95	abs	abs	abs	anintemt	teun	anintemt	date	date	date	dee	dee	teun	anintemt	anintemt	date	anintemt	teun	gun	anintemt	teun	abs	anintemt	dee	prt	date	date	anintemt	per	prt	report	il	date	date	report	report	report	il	teun	took	pe	abs	date	date	anintemt
ThresholdProcessor(50%)	0,8ms	95,5%	5,68	one	one	rdl	report	one	one	one	one	report	report	one	report	report	one	one	one	report	one	one	rdl	one	one	one	one	one	report	report	one	one	report	rdl	rdl	rdl	report	report	report	one	one	one	one	rdl	one	one	one
ThresholdAdaptiveProcessor(08_08)	0,4ms	97,7%	6,16	18	report	18	report	report	report	18	18	report	report	18	report	report	report	18	report	report	18	report	report	18	report	18	18	18	report	report	18	report	report	18	report	report	report	report	report	18	18	18	18	report	18	18	18
ThresholdAdaptiveProcessor(10_10)	0,4ms	97,7%	6,16	`null`	report	report	report	report	report	report	`null`	report	report	`null`	report	report	report	report	report	report	report	report	report	`null`	report	`null`	report	`null`	report	report	`null`	report	report	`null`	report	report	report	report	report	report	report	report	`null`	report	report	report	report
ThresholdAdaptiveProcessor(14_14)	0,4ms	97,7%	5,73	rou	toots	toots	toots	toots	toots	toots	toots	toots	report	rou	report	report	toots	toots	toots	report	rou	toots	rou	rou	toots	toots	toots	rou	toots	report	rou	toots	report	rou	report	report	report	report	report	toots	toots	toots	toots	toots	toots	toots	toots
ThresholdAdaptiveProcessor(16_16)	0,4ms	97,7%	5,84	adl	bae	bae	bae	bae	report	bae	bae	bae	report	bae	report	report	report	bae	bae	report	bae	bae	report	bae	bae	adl	bae	bae	bae	report	bae	report	report	adl	bae	bae	report	report	report	bae	bae	adl	bae	bae	bae	bae	bae
ThresholdAdaptiveProcessor(18_18)	0,5ms	97,7%	5,39	adl	adl	das	report	rept	rept	toots	das	rept	rept	adl	rept	rept	rept	bie	bie	rept	rept	rept	rept	bie	rept	adl	rept	adl	rept	report	rept	rept	report	adl	rept	rept	report	report	report	bie	rept	toots	rept	adl	rept	rept	rept
ThresholdAdaptiveProcessor(20_20)	0,6ms	97,7%	5,39	adl	ble	das	das	ble	toots	toots	das	ble	report	ble	ble	report	ble	ble	ble	report	toots	ble	adl	das	ble	adl	das	ble	adl	report	ble	toots	report	adl	ble	ble	report	report	report	ble	toots	toots	ble	ble	ble	ble	ble
ThresholdProcessor(10%)	0,9ms	97,7%	5,18	avs	stant	avs	fikorl	oeefactor	oeefactor	avs	avs	catetrnefiter	stant	avs	stant	equipmentfiter	equipmentfiter	fikorl	fikorl	stant	stant	stant	model	avs	stant	model	avs	avs	oeefactor	model	avs	model	model	avs	stant	avs	fikorl	fikorl	stant	stant	stant	avs	stant	avs	stant	stant	stant
ThresholdAdaptiveProcessor(04_04)	0,4ms	100,0%	7,48	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(00_00)	0,5ms	100,0%	7,48	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(02_02)	0,5ms	100,0%	7,48	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(12_12)	0,5ms	100,0%	7,48	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(22_22)	0,5ms	100,0%	7,48	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(0%)	0,8ms	100,0%	6,27	`null`	flement	flement	flement	flement	flement	`null`	`null`	flement	flement	`null`	flement	flement	flement	flement	flement	flement	`null`	flement	flement	`null`	flement	`null`	`null`	`null`	flement	flement	`null`	flement	flement	`null`	flement	flement	flement	flement	flement	`null`	flement	`null`	`null`	flement	flement	flement	flement
ThresholdProcessor(60%)	0,8ms	100,0%	7,48	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
AutoThresholdProcessor(OTSU)	0,9ms	100,0%	7,48	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(100%)	0,9ms	100,0%	7,48	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
AutoThresholdProcessor(Triangle)	1,0ms	100,0%	7,48	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(06_06)	1,0ms	100,0%	6,75	fe	fe	fe	fe	fe	fe	fe	fe	fe	fe	fe	fe	fe	fe	fe	fe	fe	fe	fe	fe	fe	fe	fe	fe	fe	fe	fe	fe	fe	fe	fe	fe	fe	fe	fe	fe	fe	fe	fe	fe	fe	fe	fe	fe
ThresholdProcessor(20%)	1,0ms	100,0%	5,30	eef	alter	alter	actor	actor	elomanto	vox	alter	alter	elomanto	eef	elomanto	elomanto	fiter	fiter	fiter	asestant	vox	alter	eef	fiter	asestant	alter	vox	alter	actor	alter	eef	elomanto	alter	eef	alter	alter	actor	actor	asestant	fiter	alter	vox	alter	alter	alter	alter	alter
ThresholdProcessor(70%)	1,0ms	100,0%	7,48	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(90%)	1,1ms	100,0%	7,48	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(80%)	1,8ms	100,0%	7,48	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(24_24)	1,9ms	100,0%	7,48	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`

*Comparison data generated based on 44 tagged words.*

report_example_data-time_001

Processor	Elapsed	WER	CER (avg)	alarm	archive	archiveex	archivem	archivemr	archivemsp	archivemspr	archiver	archivesp	archivexr	cancel	function	help	ok	options	parameter	settings	syntax	wizard
ThresholdProcessor(30%)	0,9ms	21,1%	0,16	alarm	archivem	archiveex	archivem	archivemr	archivemsp	archivemspr	archiver	archivesp	archivemr	cancel	function	help	ol	options	parameter	settings	syntax	wizard
ThresholdProcessor(10%)	0,9ms	26,3%	0,21	alarm	archiv	archiveex	archivem	archivemr	archivemsp	archivemspr	archivemr	archivemsp	archivemr	cancel	function	help	ok	options	parameter	settings	syntax	wizard
ThresholdProcessor(20%)	1,0ms	26,3%	0,53	alarm	archivem	archiveex	archivem	archivemr	archivemsp	archivemspr	archiver	archivesp	archivemr	le	function	le	ok	options	parameter	settings	syntax	wizard
ThresholdProcessor(40%)	1,5ms	31,6%	0,47	alarm	archivem	archiveex	archivem	archivemr	archivemsp	archivemspr	archiver	archivesp	archivemr	syntax	function	help	ur	options	parameter	settings	syntax	wizard
ThresholdProcessor(50%)	0,8ms	36,8%	0,63	alarm	archivem	archiveex	archivem	archivemr	archivemsp	archivemspr	archiver	archivesp	archiveexr	syntax	function	thls	`null`	options	parameter	settings	syntax	wizard
AutoThresholdProcessor(OTSU)	0,9ms	36,8%	0,63	alarm	archivem	archiveex	archivem	archivemr	archivemsp	archivemspr	archiver	archivesp	archiveexr	syntax	function	thls	`null`	options	parameter	settings	syntax	wizard
ThresholdProcessor(70%)	1,0ms	47,4%	1,47	alarm	archivem	archiveex	archivem	archivemr	archivemsp	archivemspr	archiver	archivesp	archivemr	alarm	function	`null`	`null`	options	parameter	options	alarm	alarm
ThresholdProcessor(60%)	0,8ms	73,7%	2,11	alarm	archivem	archiveex	archivem	archivem	archivem	archiveexr	archivem	archivem	archiveexr	alarm	function	`null`	`null`	function	parameter	archivem	function	wizard
ThresholdAdaptiveProcessor(24_24)	1,9ms	89,5%	5,95	wizard	function	function	function	function	function	function	function	function	function	function	function	`null`	`null`	function	wizard	function	function	wizard
ThresholdAdaptiveProcessor(04_04)	0,4ms	100,0%	7,42	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(08_08)	0,4ms	100,0%	7,42	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(10_10)	0,4ms	100,0%	7,42	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(14_14)	0,4ms	100,0%	7,42	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(16_16)	0,4ms	100,0%	7,42	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(00_00)	0,5ms	100,0%	7,42	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(02_02)	0,5ms	100,0%	7,42	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(12_12)	0,5ms	100,0%	7,42	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(18_18)	0,5ms	100,0%	7,42	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(22_22)	0,5ms	100,0%	7,42	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(20_20)	0,6ms	100,0%	7,42	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(0%)	0,8ms	100,0%	7,42	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(100%)	0,9ms	100,0%	7,42	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
AutoThresholdProcessor(Kapur)	1,0ms	100,0%	7,42	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
AutoThresholdProcessor(Triangle)	1,0ms	100,0%	7,42	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(06_06)	1,0ms	100,0%	7,42	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(90%)	1,1ms	100,0%	7,42	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(80%)	1,4ms	100,0%	7,42	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`

*Comparison data generated based on 19 tagged words.*

runtime_function_create_002

Processor	Elapsed	WER	CER (avg)	action	administration	cancel	default	defined	dialog	engine	freely	from	help	in	last	linked	load	name	no	ok	open	profile	profiles	save	service	the	variable
AutoThresholdProcessor(OTSU)	0,9ms	8,3%	0,25	action	administration	linked	default	defined	dialog	engine	freely	from	help	in	last	linked	load	name	no	no	open	profile	profiles	save	service	the	variable
ThresholdProcessor(70%)	1,0ms	12,5%	0,33	action	administration	linked	default	defined	dialog	engine	freely	from	the	in	last	linked	load	name	no	oö	open	profile	profiles	save	service	the	variable
AutoThresholdProcessor(Kapur)	1,0ms	20,8%	0,54	action	administration	linked	defined	defined	dialog	engine	freely	from	the	in	last	linked	load	name	no	no	open	profile	profiles	save	service	the	variable
ThresholdProcessor(60%)	0,8ms	25,0%	0,46	action	administration	hame	default	defined	dialog	engine	freely	from	help	in	last	linked	oload	name	in	in	open	profile	profiles	hame	service	the	variable
ThresholdProcessor(80%)	1,8ms	25,0%	0,38	action	administration	name	default	defined	dialog	engine	freely	from	the	in	last	linked	load	name	no	no	open	profile	profiles	save	service	the	variable
ThresholdAdaptiveProcessor(18_18)	0,5ms	50,0%	0,83	action	administration	cance	opefaut	engine	dialog	engine	help	from	help	in	last	tnhked	on	name	no	on	open	profile	profiles	osave	service	the	variable
ThresholdAdaptiveProcessor(22_22)	0,5ms	50,0%	1,33	alog	administration	name	defined	defined	alog	engine	freely	from	the	in	name	ike	alog	name	61	ike	open	profile	profiles	name	service	the	variable
ThresholdProcessor(50%)	0,8ms	50,0%	1,67	action	administration	save	dialog	engine	dialog	engine	help	save	help	in	save	load	load	save	in	in	pen	profile	profiles	save	service	the	profile
ThresholdAdaptiveProcessor(10_10)	0,4ms	54,2%	2,08	otast	service	name	default	defined	otast	engine	freely	from	name	`null`	otast	load	load	name	`null`	`null`	otast	profile	profiles	name	service	name	variable
ThresholdAdaptiveProcessor(20_20)	0,6ms	54,2%	1,12	action	administration	cancet	help	inked	alog	engine	help	from	help	in	name	inked	ox	name	no	ox	open	profiles	profiles	name	service	the	variable
ThresholdProcessor(90%)	1,1ms	54,2%	2,00	action	administration	open	dialog	engine	dialog	engine	open	load	the	in	load	load	load	the	in	in	open	profile	profiles	the	service	the	profile
ThresholdAdaptiveProcessor(16_16)	0,4ms	58,3%	1,58	in	administration	cee	defaut	defaut	dialog	engine	cee	from	lo	in	lo	in	load	save	lo	lo	open	profile	profile	save	service	the	profile
ThresholdProcessor(40%)	1,5ms	58,3%	2,08	action	administration	open	dialog	engine	dialog	engine	help	open	help	in	open	in	open	the	in	in	open	profile	profile	the	service	the	profile
ThresholdAdaptiveProcessor(24_24)	1,9ms	58,3%	1,83	in	administration	inked	dialog	inked	dialog	engine	inked	no	ej	in	ej	linked	no	no	no	ej	open	profiles	profiles	the	service	the	variable
ThresholdProcessor(30%)	0,9ms	62,5%	2,17	im	dialog	cancel	dialog	prefiles	dialog	engine	help	im	help	im	save	cancel	ok	save	im	ok	open	profile	prefiles	save	service	the	profile
ThresholdAdaptiveProcessor(08_08)	0,4ms	66,7%	2,46	tame	service	tame	defined	defined	tame	engine	freely	from	freely	`null`	tame	defined	tame	name	`null`	`null`	tame	profiles	profiles	tame	service	tame	variable
AutoThresholdProcessor(Triangle)	1,0ms	66,7%	2,46	in	administration	open	dialog	engine	dialog	engine	open	open	the	in	open	in	open	the	in	in	open	profiles	profiles	the	service	the	dialog
ThresholdAdaptiveProcessor(14_14)	0,4ms	70,8%	2,42	in	administration	em	dialog	engine	dialog	engine	em	em	em	in	em	in	em	em	em	em	open	profiles	profiles	the	service	the	dialog
ThresholdAdaptiveProcessor(12_12)	0,5ms	70,8%	2,00	in	ministration	ined	last	ined	last	engine	from	from	the	in	last	ined	last	last	en	en	en	profiles	profiles	last	service	the	variable
ThresholdAdaptiveProcessor(06_06)	1,0ms	83,3%	3,46	ip	service	ip	default	default	ip	engine	ip	ip	ip	ip	ip	ip	ip	ip	ip	ip	ip	profiles	profiles	ip	service	ip	default
ThresholdAdaptiveProcessor(04_04)	0,4ms	100,0%	5,00	ep	ep	ep	ep	ep	ep	ep	ep	ep	ep	ep	ep	ep	ep	ep	ep	ep	ep	ep	ep	ep	ep	ep	ep
ThresholdAdaptiveProcessor(00_00)	0,5ms	100,0%	5,46	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(02_02)	0,5ms	100,0%	5,46	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(0%)	0,8ms	100,0%	5,46	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(10%)	0,9ms	100,0%	5,46	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(100%)	0,9ms	100,0%	5,46	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(20%)	1,1ms	100,0%	5,46	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`

*Comparison data generated based on 24 tagged words.*

straton_runtime_configuration_001

Processor	Elapsed	WER	CER (avg)	0	1200	700	9000	advanced	apply	box	by	cancel	cold	communication	cyclically	data	delay	documents	event	files	for	general	help	hot	load	mode	name	no	ok	open	path	port	priority	public	real	redundancy	restart	retain	rt	s	settings	standard	start	startup	stepping	store	storing	test	this	time	users	variables	zenon_projects
ThresholdProcessor(40%)	1,5ms	28,0%	0,88	`null`	1200	1200	9000	advanced	apply	box	by	advanced	cold	communication	cyclically	data	delay	open	event	time	for	general	help	hot	load	mode	name	no	ei	open	path	port	priority	ei	real	redundancy	restart	retain	ei	`null`	settings	standard	start	startup	stepping	store	storing	ei	this	time	ei	variables	pot
ThresholdProcessor(10%)	0,9ms	34,0%	1,26	`null`	joad	box	joad	advanced	delay	box	by	cancel	cold	communication	delay	data	delay	event	event	time	for	general	help	hot	joad	mode	name	no	ok	open	path	port	port	delay	real	redundancy	restart	retain	by	`null`	settings	standard	start	startup	stepping	store	storing	time	this	time	start	variables	general
ThresholdProcessor(30%)	0,9ms	34,0%	1,10	`null`	9000	9000	9000	advanced	delay	box	by	advanced	cold	communication	yicyclically	data	delay	open	event	time	for	general	delay	hot	load	mode	name	no	oad	open	path	port	priority	delay	real	redundancy	restart	retain	hot	`null`	settings	standard	start	startup	stepping	store	storing	start	this	time	open	variables	priority
ThresholdProcessor(20%)	1,0ms	34,0%	1,14	`null`	joad	for	joad	advanced	delay	box	by	cancel	cold	communication	cyclically	data	delay	event	event	time	for	general	delay	hot	joad	mode	name	no	for	open	path	port	priority	delay	real	redundancy	restart	retain	port	`null`	settings	standard	start	startup	stepping	store	storing	start	this	time	start	variables	general
ThresholdProcessor(50%)	0,8ms	36,0%	1,02	`null`	9000	9000	9000	advanced	delay	box	by	name	cold	communication	cyclically	data	delay	users	event	time	for	general	delay	hot	oad	mode	name	na	oad	open	path	port	priority	users	real	redundancy	restart	retain	na	`null`	settings	standard	start	startup	stepping	store	storing	time	this	time	users	variables	priority
AutoThresholdProcessor(OTSU)	0,9ms	36,0%	1,08	`null`	20d	20d	9000	advanced	delay	box	by	advanced	cold	communication	cyclically	data	delay	event	event	time	for	general	delay	hot	oad	mode	name	no	in	open	path	port	priority	in	real	redundancy	restart	retain	in	`null`	settings	standard	start	startup	stepping	store	storing	start	this	time	start	variables	standardport
ThresholdProcessor(60%)	0,8ms	38,0%	1,26	`null`	9000	9000	9000	iban	delay	box	by	name	cold	communication	cyclically	data	delay	users	event	ie	for	general	ie	hot	oad	mode	name	no	ie	open	path	port	priority	iban	real	delay	restart	retain	ie	`null`	settings	standard	start	startup	stepping	store	storing	ie	this	time	users	variables	priority
ThresholdProcessor(70%)	1,0ms	38,0%	1,26	`null`	9000	9000	9000	advanced	lc	box	by	advanced	cold	cyclically	cyclically	data	delay	open	event	time	for	general	lc	hot	foad	mode	name	no	lc	open	path	port	priorty	lc	real	redundancy	restart	retain	lc	su	settings	standard	start	startup	stepping	store	storing	su	this	time	su	variables	redundancy
AutoThresholdProcessor(Kapur)	1,0ms	52,0%	1,84	`null`	is	is	is	variables	delay	box	by	causers	cold	cyclically	cyclically	data	delay	causers	open	is	for	real	tes	hot	cold	mode	name	no	is	open	path	hot	priorty	is	real	restart	restart	retain	is	is	stepping	start	start	startup	stepping	store	storing	tes	this	time	causers	variables	_projects
ThresholdProcessor(80%)	1,8ms	54,0%	2,12	`null`	fi	fi	fi	variables	path	box	by	name	cold	cyckcally	cyckcally	data	delay	users	open	fi	for	real	delay	hot	foad	mode	name	no	fi	open	path	for	storing	fi	real	restart	restart	retain	fi	fs	stepping	start	start	start	stepping	store	storing	fs	this	time	users	variables	restart
ThresholdAdaptiveProcessor(16_16)	0,4ms	58,0%	2,14	`null`	rea	rea	rea	oad	open	box	by	name	cold	cyclically	cyclically	data	rea	users	open	time	for	users	rea	for	oad	mode	name	no	oad	open	path	for	priority	users	rea	rea	start	retain	rea	`null`	storing	start	start	start	stepping	store	storing	rea	this	time	users	variables	priority
ThresholdAdaptiveProcessor(08_08)	0,4ms	60,0%	2,24	`null`	port	no	port	event	port	box	by	name	port	cyclically	cyclically	data	real	event	event	time	port	real	real	port	port	mode	name	no	no	open	data	port	priority	port	real	standard	start	retain	port	`null`	stepping	standard	start	start	stepping	store	stepping	port	this	time	port	variables	port
ThresholdAdaptiveProcessor(10_10)	0,4ms	64,0%	2,24	`null`	por	por	por	variables	por	box	by	name	cold	cyciically	cyciically	data	data	open	evert	time	for	evert	cold	por	oad	por	name	no	por	open	path	por	priority	por	real	real	start	retain	by	`null`	storing	start	start	start	storing	store	storing	evert	this	time	evert	variables	evert
ThresholdProcessor(90%)	1,1ms	70,0%	2,60	`null`	ib	ib	ib	tame	real	by	by	tame	cold	retain	real	data	real	projects	real	ib	for	real	real	hot	cold	mode	name	ib	ib	mode	path	hot	projects	ib	real	real	start	retain	ib	`null`	stepping	start	start	start	stepping	store	storing	tame	ib	tame	real	variables	projects
ThresholdAdaptiveProcessor(06_06)	1,0ms	74,0%	2,62	`null`	pd	pd	pd	variables	pd	for	by	name	pd	cyclically	cyclically	data	real	gausers	event	time	for	real	real	port	pd	pd	name	pd	pd	pd	path	port	prionty	pd	real	real	retain	retain	pd	`null`	storing	store	store	storing	storing	store	storing	port	time	time	gausers	variables	port
ThresholdAdaptiveProcessor(14_14)	0,4ms	76,0%	2,96	`null`	real	by	real	variables	real	by	by	name	for	retain	priority	data	real	name	real	time	for	real	real	for	real	name	name	by	by	real	path	for	priority	real	real	real	retain	retain	by	`null`	retain	store	store	storing	storing	store	storing	real	time	time	real	variables	priority
ThresholdAdaptiveProcessor(12_12)	0,5ms	76,0%	2,80	`null`	real	for	real	variables	real	for	by	name	for	cyciically	cyciically	data	real	time	real	time	for	real	real	for	real	for	name	for	for	real	path	for	priority	real	real	real	retain	retain	by	`null`	storing	store	store	storing	storing	store	storing	real	time	time	real	variables	priority
ThresholdAdaptiveProcessor(18_18)	0,5ms	76,0%	2,84	`null`	ors	ors	ors	name	real	by	by	name	ors	cyclically	cyclically	data	real	ors	real	time	for	real	real	for	ors	ors	name	by	ors	ors	path	ors	storing	real	real	real	retain	retain	ors	`null`	storing	store	store	storing	storing	store	storing	ors	ors	time	ors	variables	ors
ThresholdAdaptiveProcessor(22_22)	0,5ms	78,0%	2,76	`null`	t700	t700	t700	name	by	by	by	name	for	retain	priorty	data	real	tes	tes	tes	for	real	tes	for	real	name	name	by	by	tes	path	for	priorty	by	real	real	retain	retain	by	`null`	storing	store	store	store	storing	store	storing	tes	tes	time	tes	variables	priorty
ThresholdAdaptiveProcessor(20_20)	0,6ms	78,0%	2,98	`null`	tg	tg	tg	name	help	for	by	name	help	cyclically	cyclically	data	help	name	help	help	for	ta	help	for	ta	mm	name	tg	tg	tg	path	for	storing	help	ta	retain	retain	retain	tg	`null`	storing	store	store	storing	storing	store	storing	tg	tg	name	help	variables	store
ThresholdAdaptiveProcessor(04_04)	0,4ms	80,0%	3,08	`null`	naa	naa	naa	stang	port	box	by	stang	port	retain	variables	data	data	port	stang	mode	port	naa	naa	port	naa	mode	naa	naa	box	mode	data	port	port	port	naa	standard	statt	retain	port	`null`	stang	standard	statt	statt	stang	store	stang	statt	this	store	store	variables	vanables
ThresholdAdaptiveProcessor(24_24)	1,9ms	84,0%	3,08	`null`	crac	for	crac	crac	path	for	`null`	crac	crac	cyckcaty	cyckcaty	data	real	cyckcaty	real	time	for	real	real	for	crac	time	time	for	for	crac	path	for	priorty	crac	real	real	retain	retain	`null`	`null`	storing	store	store	storing	storing	store	storing	time	time	time	real	real	priorty
AutoThresholdProcessor(Triangle)	1,0ms	98,0%	3,86	`null`	ih	ih	ih	made	coll	ih	ih	made	coll	made	coll	dat	dat	dat	ant	ih	ih	made	ed	dat	made	made	made	ih	ih	ed	dat	dat	stepping	ih	dat	dat	dat	stepping	ih	`null`	stepping	stepping	dat	dat	stepping	made	stepping	dat	ih	ih	ed	made	ant
ThresholdAdaptiveProcessor(00_00)	0,5ms	100,0%	5,36	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(02_02)	0,5ms	100,0%	3,82	`null`	eta	eta	eta	ran	sey	eta	se	ran	catd	catd	catd	eta	eta	eta	het	wie	air	eta	het	het	eta	mada	se	se	se	se	catd	air	air	air	ran	ran	eta	eta	eta	se	eta	mada	eta	eta	se	se	ran	het	air	wie	se	ran	eta
ThresholdProcessor(0%)	0,8ms	100,0%	5,36	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(100%)	0,9ms	100,0%	5,36	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`

*Comparison data generated based on 50 tagged words.*

worldview_zoom_steps_001

Processor	Elapsed	WER	CER (avg)	%	0	100	cancel	delete	edit	existing	help	new	ok	step	steps	to	zoom
ThresholdProcessor(30%)	0,9ms	28,6%	0,50	`null`	`null`	100	cancel	delete	ea	existing	help	ea	ok	step	steps	to	zoom
ThresholdProcessor(10%)	0,9ms	42,9%	1,07	`null`	`null`	100	cancel	help	to	existing	help	to	to	step	steps	to	zoom
ThresholdProcessor(20%)	1,0ms	42,9%	1,21	`null`	`null`	100	cancel	to	ok	existing	step	ok	ok	step	steps	to	zoom
ThresholdProcessor(70%)	1,0ms	57,1%	1,71	`null`	`null`	100	step	to	to	existing	step	to	to	step	steps	to	zoom
ThresholdProcessor(40%)	1,5ms	64,3%	1,93	`null`	`null`	to	step	to	to	existing	step	to	to	step	steps	to	zoom
ThresholdAdaptiveProcessor(22_22)	0,5ms	78,6%	2,29	`null`	`null`	new	new	delete	edit	edit	new	new	`null`	new	new	`null`	edit
ThresholdAdaptiveProcessor(12_12)	0,5ms	85,7%	2,50	`null`	`null`	100	zz	steps	zz	steps	zz	zz	zz	steps	steps	zz	zoom
ThresholdAdaptiveProcessor(14_14)	0,4ms	92,9%	3,57	`null`	`null`	100	100	100	100	100	100	100	`null`	100	100	`null`	100
ThresholdAdaptiveProcessor(04_04)	0,4ms	100,0%	3,79	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(08_08)	0,4ms	100,0%	3,79	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(10_10)	0,4ms	100,0%	2,93	`null`	`null`	en	en	oclete	en	en	en	en	en	en	en	en	en
ThresholdAdaptiveProcessor(16_16)	0,4ms	100,0%	3,79	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(00_00)	0,5ms	100,0%	3,79	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(02_02)	0,5ms	100,0%	3,79	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(18_18)	0,5ms	100,0%	3,79	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(20_20)	0,6ms	100,0%	3,79	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(24_24)	0,6ms	100,0%	3,79	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(0%)	0,8ms	100,0%	3,57	`null`	`null`	`null`	sdajs	sdajs	sdajs	sdajs	`null`	`null`	`null`	sdajs	sdajs	`null`	`null`
ThresholdProcessor(50%)	0,8ms	100,0%	3,79	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(60%)	0,8ms	100,0%	3,79	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
AutoThresholdProcessor(OTSU)	0,9ms	100,0%	3,79	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(100%)	0,9ms	100,0%	3,79	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
AutoThresholdProcessor(Kapur)	1,0ms	100,0%	3,79	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
AutoThresholdProcessor(Triangle)	1,0ms	100,0%	3,79	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(06_06)	1,0ms	100,0%	3,79	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(90%)	1,1ms	100,0%	3,79	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(80%)	1,4ms	100,0%	3,79	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`

*Comparison data generated based on 14 tagged words.*

zrs_MetadataEditor_variables_001

Processor	Elapsed	WER	CER (avg)	apply	archives	bottle	changed	class	classes	clear	connected	conveyor	Cur	curves	depalletizer	description	edit	editor	efficiency	equipment	event	file	filler	filtered	glass	grate	groups	help	inspector	labeler	line	local	metadata	modeling	models	name	on	operation	packer	pasteurizer	project	ready	reference	reporting	selected	State	testenv	to	total	unpacker	users	variables	visual	washer	WS
ThresholdAdaptiveProcessor(10_10)	0,4ms	86,5%	3,94	ready	variables	total	changed	ready	changed	ready	selected	changed	te	te	reporting	reporting	ready	te	reporting	variabler	te	te	variabler	fätered	ready	te	ready	te	selected	variabler	te	total	ready	reporting	total	te	on	reporting	te	fätered	ready	ready	reporting	reporting	selected	te	te	te	total	variabler	te	variables	total	te	te
ThresholdAdaptiveProcessor(14_14)	0,4ms	86,5%	3,79	ready	varieties	total	changed	se	changed	se	selected	our	our	our	varieties	varieties	mu	to	filtered	mu	se	se	filtered	filtered	se	se	our	se	selected	varieties	se	total	ready	total	total	mu	on	reporting	se	varieties	se	ready	reporting	reporting	selected	se	se	to	total	changed	se	varieties	total	se	mu
ThresholdAdaptiveProcessor(12_12)	0,5ms	86,5%	3,73	hep	varisbies	totel	changed	le	changed	le	selected	totel	hep	hep	reporting	reporting	hep	totel	filtered	hep	hep	le	filtered	filtered	le	totel	hep	hep	selected	totel	le	totel	ready	totel	totel	le	on	reporting	hep	filtered	totel	ready	reporting	reporting	selected	totel	totel	ta	totel	changed	hep	variables	totel	hep	le
ThresholdAdaptiveProcessor(18_18)	0,5ms	88,5%	3,73	as	as	total	changed	as	changed	fe	connected	connected	yui	fe	reporting	reporting	yui	yui	fie	yui	fe	fie	fie	filtered	as	fe	as	help	connected	help	fie	total	reedy	reporting	total	fe	on	reporting	fe	filtered	reedy	reedy	reporting	reporting	selected	fe	se	fe	total	connected	se	as	total	as	fe
ThresholdAdaptiveProcessor(22_22)	0,5ms	90,4%	4,08	ae	ae	total	changed	fs	changed	cr	changed	cr	cr	cr	reporting	reporting	fs	cr	sine	sine	ae	sine	sine	stee	fs	ae	fs	ae	cr	ae	sine	total	ready	sine	total	ae	on	reporting	ae	stee	ae	ready	reporting	reporting	stee	ae	stee	fs	total	ae	fs	ae	total	ae	fs
ThresholdAdaptiveProcessor(20_20)	0,6ms	90,4%	4,54	total	changed	total	changed	total	changed	total	selected	changed	on	changed	reporting	reporting	1460	total	reporting	reporting	on	1460	total	selected	total	total	total	1460	selected	total	on	total	total	reporting	total	1460	on	reporting	changed	selected	total	total	reporting	reporting	selected	total	total	on	total	selected	total	total	total	changed	on
ThresholdProcessor(60%)	0,8ms	92,3%	3,87	tl	rate	total	changed	tl	changed	ser	elected	oper	sur	sur	elected	ser	tl	tl	elected	une	ser	ine	ser	stare	tl	rate	ope	tl	ser	ser	ine	total	state	total	total	rate	on	oper	ser	stare	rate	ready	ser	ser	elected	state	ser	tl	total	une	ser	rate	sur	ser	tl
AutoThresholdProcessor(OTSU)	0,9ms	92,3%	3,85	ready	came	stace	changed	came	came	sar	connected	connected	sur	cur	vorabler	sur	di	tor	elected	meus	meus	se	sur	elected	sar	state	meus	meus	connected	vorabler	une	sar	ready	meus	meus	came	on	vorabler	sar	sur	meus	ready	stace	tor	elected	state	stace	to	tor	stace	sur	vorabler	sur	sur	ws
ThresholdProcessor(70%)	1,0ms	92,3%	3,19	uy	varabies	botte	changed	glass	glass	car	changed	tive	uy	ure	verabler	reporting	de	gor	tive	evert	evert	tive	tive	tre	glass	state	groups	me	operaton	verabler	ine	total	state	me	me	me	on	operaton	car	tive	tre	ready	reporting	reporting	slate	state	bette	to	total	verabler	une	varabies	total	car	uy
ThresholdAdaptiveProcessor(08_08)	0,4ms	94,2%	4,06	ready	variables	total	changed	core	changed	ste	changed	core	ste	core	bete	site	site	store	site	site	ste	site	site	store	ready	sate	store	bete	store	bete	site	total	ready	total	total	sate	01	bete	bocce	store	store	ready	store	store	site	sate	ste	ste	total	changed	store	variables	total	ste	01
ThresholdProcessor(80%)	1,8ms	96,2%	3,13	al	carves	botte	changed	classes	classes	car	connected	cove	cur	carves	beatie	beatie	it	cir	fie	evert	evert	fie	fie	tre	classes	state	ions	help	ine	nene	tine	car	state	molws	molws	name	on	beatie	cur	state	hoes	beate	nene	tine	selected	state	ste	to	al	name	hoes	variabler	al	ste	01
ThresholdProcessor(40%)	1,5ms	98,1%	5,04	uy	editor	editor	ze	uy	ze	ze	editor	editor	uy	uy	editor	editor	editor	editor	editor	editor	ze	ze	editor	editor	uy	ze	uy	ze	editor	editor	ze	uy	mutadata	editor	ze	ze	uy	editor	editor	editor	ze	uy	editor	editor	editor	ze	editor	uy	editor	editor	uy	editor	uy	editor	uy
ThresholdAdaptiveProcessor(04_04)	0,4ms	100,0%	5,10	nite	nite	nite	nite	nite	nite	dr	nite	nite	dr	nite	nite	nite	nite	nite	nite	nite	in	nite	nite	nite	nite	nite	dr	nite	nite	nite	nite	nite	nite	in	nite	nite	in	in	nite	nite	nite	dr	nite	in	nite	nite	nite	dr	nite	nite	dr	nite	nite	nite	dr
ThresholdAdaptiveProcessor(16_16)	0,4ms	100,0%	4,98	se	se	sate	sate	se	se	cr	sate	cr	cr	cr	sate	cr	se	cr	se	se	se	se	se	sate	se	sate	cr	se	se	sate	se	cr	sate	se	se	sate	se	sate	cr	sate	se	se	se	se	sate	sate	se	se	sate	cr	se	sate	se	se	se
ThresholdAdaptiveProcessor(00_00)	0,5ms	100,0%	6,46	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(02_02)	0,5ms	100,0%	6,46	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(0%)	0,8ms	100,0%	6,46	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(50%)	0,8ms	100,0%	5,13	dead	wre	wre	dead	dead	dead	dead	dead	dead	wre	wre	dead	dead	dead	dead	dead	dead	dead	wre	wre	dead	dead	wre	wre	dead	dead	dead	wre	dead	dead	dead	dead	wre	`null`	dead	wre	wre	wre	dead	wre	dead	dead	dead	dead	`null`	dead	dead	dead	wre	dead	wre	`null`
ThresholdProcessor(10%)	0,9ms	100,0%	6,46	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(100%)	0,9ms	100,0%	6,46	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(30%)	0,9ms	100,0%	6,46	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
AutoThresholdProcessor(Kapur)	1,0ms	100,0%	6,46	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
AutoThresholdProcessor(Triangle)	1,0ms	100,0%	6,46	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(06_06)	1,0ms	100,0%	4,75	sl	eine	nore	eine	sl	eine	sl	eine	eine	sl	nore	eine	eine	eine	eine	eine	eine	eine	eine	eine	eine	sl	eine	ws	sl	eine	eine	eine	sl	eine	eine	nore	nore	sl	eine	eine	eine	nore	eine	eine	eine	eine	eine	eine	sl	sl	une	une	eine	sl	ws	sl
ThresholdProcessor(20%)	1,0ms	100,0%	6,46	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(90%)	1,1ms	100,0%	6,46	01	01	01	01	01	01	01	01	01	01	01	01	01	01	01	01	01	01	01	01	01	01	01	01	01	01	01	01	01	01	01	01	01	01	01	01	01	01	01	01	01	01	01	01	01	01	01	01	01	01	01	01
ThresholdAdaptiveProcessor(24_24)	1,9ms	100,0%	5,77	ll	ii	ll	ll	ll	ll	ll	ll	ll	ll	ll	ll	ii	ii	ii	ii	ii	ll	ll	ll	ll	ll	ll	ll	ll	ii	ll	ll	ll	ll	ll	ll	ll	ll	ii	ll	ii	ll	ll	ll	ii	ll	ll	ll	ll	ll	ll	ll	ll	ll	ll	ll

*Comparison data generated based on 52 tagged words.*

zrs_REPORTS_EfficencyClass_009

Processor	Elapsed	WER	CER (avg)	1	a	allow	an	analysis	analyzer	and	archives	based	be	can	cancel	cen	class	com	contains	copadata	costs	current	data	defined	diagram	efficiency	equipment	EUR	for	formula	formulas	from	groups	higher	historic	hour	in	is	limit	lower	model	models	name	new	normalised	ok	on	or	page	perform	period	preview	processed	report	reports	shown	tables	template	templates	that	the	theme	this	to	value	www	zenon
ThresholdProcessor(30%)	0,9ms	29,7%	0,58	13	an	allow	an	analysis	analysis	and	archives	based	be	can	cancel	can	class	cla	contains	data	costs	currant	data	defined	diagram	efficiency	equipment	cla	for	formula	formulas	for	groups	lower	historic	hour	in	is	nama	lower	model	models	nama	new	normalised	ok	on	or	clase	perform	period	preview	processed	report	reports	shown	tables	template	templates	that	the	theme	this	to	valın	new	on
ThresholdProcessor(20%)	1,0ms	32,8%	0,59	13	an	allow	an	analysis	analysis	and	archives	based	be	can	cancel	can	class	oo	contains	data	costs	cle	data	defined	diagram	efficiency	equipment	oo	for	formula	formulas	for	groups	higher	historic	hour	in	is	lout	tower	model	models	name	new	nomalised	oo	on	or	name	perform	period	preview	processed	report	reports	shown	tables	template	templates	that	the	theme	this	to	name	new	on
AutoThresholdProcessor(OTSU)	0,9ms	35,9%	0,86	13	an	allow	an	analysis	analysis	and	archives	based	be	can	can	can	class	mod	contains	data	costs	equipment	data	defined	diagram	efficiency	equipment	mod	for	formula	formulas	for	groups	hour	historic	hour	in	is	mod	or	model	models	te	te	normalised	or	on	or	te	perform	period	preview	processed	report	reports	shown	tables	template	templates	that	the	theme	this	to	te	mod	on
ThresholdProcessor(70%)	1,0ms	39,1%	0,91	13	an	allow	an	analysis	analysis	and	archives	based	be	can	can	fen	class	mom	contains	data	costs	fen	data	defined	diagram	efficiency	equipment	fen	for	formula	formulas	mom	groups	hour	historic	hour	in	is	mom	for	model	models	pree	fen	formulas	or	on	or	pree	perform	period	preview	processed	report	reports	shown	tables	template	templates	that	the	theme	this	to	pree	fen	fen
ThresholdAdaptiveProcessor(20_20)	0,6ms	43,8%	1,00	13	an	allow	an	analysis	analysis	and	archives	based	be	can	anal	can	class	or	contains	data	class	can	data	defined	diagram	efficiency	equipmer	or	or	formula	formulas	or	groups	the	historic	or	in	is	that	or	model	models	anal	be	normalised	or	on	or	the	perform	period	preview	processed	report	reports	shown	tables	template	templates	that	the	theme	this	to	anal	or	on
ThresholdProcessor(80%)	1,8ms	46,9%	1,25	13	an	allow	an	analysis	analysis	and	archi	based	be	can	canbe	can	class	of	contains	data	costs	canbe	data	defined	data	efficiency	efficiency	the	for	formula	formulas	for	groups	the	historic	hour	in	is	ormul	or	model	models	the	be	formulas	of	on	or	the	perform	period	preview	preview	report	reports	shown	the	template	templates	that	the	theme	this	to	canbe	the	on
ThresholdProcessor(40%)	1,5ms	48,4%	0,44	15	an	allow	an	analysis	analysis	and	archives	based	be	can	cancel	can	class	cur	cortains	data	costs	currant	data	defined	diagram	efficiency	equipment	42	for	formula	formulas	for	groups	higher	historic	hour	in	is	imit	lower	model	models	name	new	normalised	ok	on	or	name	perform	period	preview	processed	report	reports	shown	tables	template	templates	that	the	theme	this	to	valua	new	on
ThresholdAdaptiveProcessor(22_22)	0,5ms	50,0%	1,45	`null`	an	allow	an	analysis	analysis	and	this	based	be	can	madel	can	class	for	contains	data	class	can	data	defined	diagram	efficiency	efficiency	hl	for	formula	formulas	for	formulas	the	historic	for	in	is	that	for	madel	models	madel	be	formulas	on	on	for	madel	perform	period	period	period	report	reports	shown	tables	template	templates	that	the	theme	this	to	hl	hl	on
AutoThresholdProcessor(Kapur)	1,0ms	50,0%	0,52	16	an	allow	an	analysis	analysis	and	archives	based	be	can	cancel	men	class	from	contains	data	costs	et	data	defined	diagram	efficiency	equipmert	et	for	formula	formulas	from	groups	higher	historic	hour	in	is	init	lower	model	models	name	new	normalised	ok	on	or	name	perform	period	preview	processed	report	reports	shown	tables	template	templates	that	the	theme	this	to	name	new	men
ThresholdAdaptiveProcessor(24_24)	1,9ms	50,0%	1,11	13	an	allow	an	analysis	analysis	an	archives	based	be	can	can	can	class	to	contains	data	lass	equipment	data	defined	data	efficiency	equipment	hl	for	formula	formulas	for	groups	the	hisoric	or	in	is	lass	model	model	models	ze	ze	nommalised	or	on	or	ze	perform	period	period	processed	report	reports	shown	tables	template	templates	that	the	theme	this	to	hl	hl	ze
ThresholdAdaptiveProcessor(14_14)	0,4ms	51,6%	1,33	13	an	allow	an	analysis	analysis	and	this	based	be	can	can	can	class	on	contains	data	costs	can	data	defined	diagram	efficiency	efficiency	04	hour	formula	formula	on	hour	hour	historic	hour	in	is	this	model	model	model	cass	be	normalised	on	on	on	cass	period	period	preview	preview	report	report	shown	tables	template	templates	that	the	theme	this	to	cass	04	on
ThresholdAdaptiveProcessor(16_16)	0,4ms	51,6%	1,34	`null`	an	lie	an	class	lie	and	archives	based	be	can	can	sen	class	or	costs	data	costs	sen	data	defined	diagram	efficiency	equipment	sen	or	formula	formutas	or	groups	lie	historic	hour	in	is	lie	model	model	models	das	sen	formutas	or	on	or	das	period	period	preview	processed	report	reports	shown	tables	template	template	this	the	the	this	to	lie	sen	sen
ThresholdAdaptiveProcessor(12_12)	0,5ms	51,6%	1,11	10	an	allow	an	analysis	analysis	and	archives	based	be	can	can	can	class	or	contains	data	class	equipment	data	defined	diagram	efficiency	equipment	10	or	formula	formulas	or	groups	ihe	historic	or	in	is	ihe	model	model	models	ihe	be	normalised	or	on	or	ihe	period	period	period	processed	report	report	shown	tables	template	templates	that	the	theme	is	to	tables	10	ienry
ThresholdProcessor(60%)	0,8ms	51,6%	0,47	1m	an	allow	an	analysis	analysis	and	archives	based	be	can	cancel	ren	class	1m	contains	data	costs	current	data	defined	diagram	efficiency	equipment	000	for	formula	formulas	from	groups	highes	historic	hour	in	is	gast	lower	model	models	name	new	normalised	ok	on	or	name	perform	period	preview	processed	report	reports	shown	tables	template	templates	that	the	theme	this	to	vanıo	win	ren
ThresholdAdaptiveProcessor(08_08)	0,4ms	62,5%	1,55	14	an	ll	an	dass	name	and	eficheney	based	be	can	can	can	class	to	currant	data	dass	current	data	defined	diagram	efficiency	current	ll	or	formulas	formulas	to	groups	he	historic	eur	in	is	ll	model	model	model	name	he	normalised	on	on	or	name	period	period	period	processed	report	report	shown	name	template	template	the	the	the	the	to	name	ll	on
ThresholdAdaptiveProcessor(18_18)	0,5ms	62,5%	1,70	11	an	clas	an	class	nthe	and	archives	based	be	can	canbe	can	class	to	costs	data	costs	canbe	data	defined	data	efficiency	equipment	11	or	formula	formulas	to	groups	hi	historic	hour	in	is	hi	model	model	model	nthe	be	formulas	or	on	or	han	period	period	period	processed	report	report	shown	clas	report	clas	han	the	the	hi	to	canbe	11	on
ThresholdProcessor(50%)	0,8ms	62,5%	0,56	16	an	allow	an	analysis	analysis	and	archives	based	be	can	conc	den	class	conc	contains	data	costs	cur	data	defined	diagram	efficiency	equipment	40	for	formula	formulas	for	groups	higher	historic	hour	in	is	bit	lower	model	models	name	new	normalised	or	on	or	name	perform	period	preview	processed	report	reports	shown	tables	template	templates	that	the	theme	this	to	valua	new	den
ThresholdProcessor(10%)	0,9ms	67,2%	1,42	13	an	or	an	analysis	analysis	and	this	based	be	can	cancel	can	class	or	ntains	data	costs	quipment	data	defined	diagram	efficiency	quipment	13	for	formula	formulas	for	groups	thet	or	hour	in	is	thet	or	thet	costs	clase	new	nomalised	ok	on	or	pi	perform	period	period	nomalised	report	report	shown	thet	template	template	thet	the	theme	this	to	clase	new	on
ThresholdAdaptiveProcessor(10_10)	0,4ms	68,8%	1,59	19	an	value	an	analysis	analysis	and	this	based	be	can	can	can	class	to	class	data	class	current	data	defined	diagram	efficiency	current	ihe	fur	formula	formulas	fic	value	ihe	historic	fur	in	is	ihe	model	model	model	ihe	be	formulas	on	on	on	ihe	perform	period	period	period	report	reports	shown	value	template	template	this	the	the	this	to	value	ihe	on
ThresholdProcessor(0%)	0,8ms	90,6%	3,31	13	`null`	05	05	costs	based	cd	costs	based	05	cd	based	cd	costs	cd	costs	costs	costs	cd	05	based	hour	efficiency	efficiency	05	hour	formula	formula	05	hour	hour	hour	hour	05	05	05	hour	cd	costs	based	05	formula	05	05	05	based	report	cd	report	based	report	report	hour	based	report	report	05	05	hour	05	05	hour	05	report
ThresholdAdaptiveProcessor(04_04)	0,4ms	93,8%	3,73	10	`null`	class	dat	class	data	data	class	data	10	dat	data	dat	class	dat	class	data	class	dat	data	data	data	class	report	dat	dat	data	class	data	class	data	report	data	10	10	dat	data	dat	data	data	dat	template	10	10	10	data	report	report	report	class	report	report	data	data	template	template	dat	dat	data	data	10	data	dat	report
ThresholdAdaptiveProcessor(06_06)	1,0ms	93,8%	3,52	`null`	`null`	class	bi	class	ased	ased	class	ased	bi	bi	ased	bi	class	bi	class	template	class	class	bi	ased	bi	efficiency	efficiency	bi	bi	template	template	bi	class	bi	report	bi	bi	bi	bi	ased	ased	class	ased	bi	ased	bi	bi	bi	ased	report	bi	report	ased	report	report	bi	ased	template	template	bi	bi	ased	bi	bi	ased	bi	report
ThresholdAdaptiveProcessor(00_00)	0,5ms	100,0%	5,16	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(02_02)	0,5ms	100,0%	4,91	10	`null`	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud	ud
ThresholdProcessor(100%)	0,9ms	100,0%	5,16	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
AutoThresholdProcessor(Triangle)	1,0ms	100,0%	5,16	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(90%)	1,1ms	100,0%	3,67	`null`	ad	leo	ad	su	leo	ad	odes	poped	bp	ad	poped	sey	su	jo	odes	poped	odes	eur	ad	poped	eur	sey	eur	eur	eur	more	umuuod	jo	odes	eur	more	eur	jo	jo	leo	poped	odes	odes	more	sey	poped	jo	jo	eur	poped	eur	poped	peseq	poped	eur	eur	jo	odes	more	poped	ad	ue	eur	odes	jo	ue	eur	leo

*Comparison data generated based on 64 tagged words.*

zrs_REPORTS_extended-analysis_017

Processor	Elapsed	WER	CER (avg)	1	absolute	aggregated	aggregation	analysis	analyzer	and	are	associate	based	calcculate	cancel	charts	com	consumption	copadata	counters	create	CYCLIC	data	DATA	distribution	ENERGY	equipment	extended	filler	filtering	for	from	group	groups	historian	in	is	kwh	labeller	MACHINE	modeling	name	new	of	ok	on	packer	page	perform	period	PM	preview	price	production	relative	report	reports	selection	shown	standard	tables	template	templates	that	the	theme	there	this	thos	those	trend	two	types	values	variable	with	www	ZAD_GBL	zenon
ThresholdProcessor(30%)	0,9ms	31,6%	0,79	10	associate	aggregated	aggregation	analysis	analysis	and	are	associate	based	calculate	cancel	charts	ok	consumpeon	data	counters	create	10	data	10	distribution	10	equipment	extended	filler	filtering	for	for	group	groups	historian	in	is	two	labeller	10	modeling	name	new	of	ok	on	packer	name	perform	period	10	preview	price	production	relative	report	reports	selection	shown	standard	tables	template	templates	that	the	theme	there	this	this	those	trend	two	types	values	variable	with	new	zad_gbl	on
ThresholdProcessor(60%)	0,8ms	35,5%	0,88	10	associate	aggregated	aggregation	analysis	analysis	and	are	associate	based	calculate	cancel	charts	ok	production	data	counters	create	cancel	data	ad	distribution	cancel	equipment	extended	filler	filtering	for	for	group	groups	historian	in	is	two	labeler	cancel	modeling	are	new	of	ok	on	packer	are	perform	period	ad	preview	price	production	relative	report	reports	selection	shown	standard	tables	template	templates	that	the	theme	there	this	those	those	trend	two	types	values	variable	with	new	zad_gbl	on
AutoThresholdProcessor(Kapur)	1,0ms	36,8%	0,91	10	calculate	aggregated	aggregation	analysis	analysis	and	are	aggregated	based	calculate	cancel	charts	ok	commampton	data	counters	create	reve	data	reve	distribution	reve	equipment	extended	filler	filtering	for	for	group	groups	historian	in	is	two	labeller	reve	modeling	name	new	of	ok	on	packer	name	perform	period	al	preview	price	production	relative	report	reports	selection	shown	standard	tables	template	templates	that	the	theme	there	this	this	those	trend	two	types	values	variable	with	wan	zad_gbl	on
ThresholdProcessor(20%)	1,0ms	38,2%	0,93	`null`	associate	aggregated	aggregation	analysis	analysis	and	are	associate	based	calculate	cancel	charts	ok	production	oata	counters	create	ker	data	ker	distribution	ker	equipment	exterded	filler	filtering	for	for	group	groups	historian	in	is	ker	filler	ker	modeling	are	new	of	ok	on	packer	are	perform	period	ac	preview	price	production	relative	report	reports	selection	shown	standard	tables	template	templates	that	the	theme	there	this	those	those	trend	two	types	values	variable	with	new	zad_gbl	on
ThresholdProcessor(50%)	0,8ms	40,8%	0,79	10	associate	aggregated	aggregation	analysis	analysis	and	are	associate	based	calculate	conc	charts	com	consumption	data	counters	create	as	data	as	distribution	as	equipment	extended	filler	filtering	for	com	group	groups	historian	in	is	two	labeller	as	modeling	name	new	of	on	on	packer	name	perform	period	as	preview	price	production	relative	report	reports	selection	shown	standard	tables	template	templates	that	the	theme	there	this	those	those	trend	two	types	values	variable	with	new	zad_gbl	on
AutoThresholdProcessor(OTSU)	0,9ms	40,8%	1,11	10	associate	aggregated	aggregation	analysis	analysis	and	are	associate	based	calculate	are	charts	pm	production	data	counters	create	period	data	are	distribution	period	equipment	extended	filler	fitering	for	for	group	groups	historian	in	is	two	filler	period	modeling	are	are	of	on	on	packer	are	perform	period	10	period	price	production	relative	report	reports	selection	shown	standard	tables	template	templates	that	the	theme	there	this	this	those	trend	two	types	values	variable	with	two	period	on
ThresholdAdaptiveProcessor(16_16)	0,4ms	42,1%	1,08	10	associate	aggregated	aggregation	analysis	analysis	and	are	associate	based	calculate	new	charts	fon	production	data	counters	create	10	data	10	distribution	10	equipment	extended	labeller	fitering	for	fon	group	groups	historian	in	is	two	labeller	10	modeling	are	new	of	on	on	packer	are	perform	perform	10	preview	price	production	relative	report	reports	selection	shown	standard	types	template	templates	that	the	theme	there	this	those	those	trend	two	types	values	variable	with	new	zad_gbl	fon
ThresholdAdaptiveProcessor(20_20)	0,6ms	42,1%	1,28	10	associate	aggregated	aggregation	analysis	analysis	and	are	associate	based	associate	price	charts	wm	production	data	counters	create	wm	data	wm	distribution	wm	equipment	standard	filler	fitering	for	for	group	groups	historian	in	is	wm	labeller	wm	fitering	are	wm	of	of	on	filer	are	perform	period	wm	period	price	production	relative	report	reports	selection	shown	standard	tables	template	templates	that	the	theme	there	this	those	those	trend	two	types	values	variable	with	wm	zad_gbl	on
ThresholdProcessor(40%)	1,5ms	42,1%	0,86	`null`	associate	aggregated	aggregation	analysis	analysis	and	are	associate	based	calculate	cancel	charts	pm	production	data	counters	create	7068	data	7068	distribution	7068	equipment	extended	filler	filtering	for	for	group	groups	historian	in	is	two	labeller	7068	modeling	name	new	of	of	on	packer	name	perform	period	ad	preview	price	production	relative	report	reports	selection	shown	standard	tables	template	templates	that	the	theme	there	this	those	those	trend	two	types	values	variable	with	two	zad_gsl	on
ThresholdAdaptiveProcessor(22_22)	0,5ms	43,4%	1,24	`null`	associate	aggregated	aggregation	analysis	analysis	and	are	associate	based	calculate	tables	charts	um	production	data	charts	create	wu	data	wu	distribution	wu	equipment	extended	tables	fitering	for	for	group	groups	historian	in	is	wu	labeiter	wu	fitering	are	wu	of	of	on	packer	are	perform	period	wu	period	price	production	relative	report	reports	selection	shown	standard	tables	template	templates	that	the	theme	there	this	this	those	trend	two	types	values	variable	with	wu	zad_gbl	on
ThresholdProcessor(70%)	1,0ms	43,4%	1,13	10	associate	aggregated	aggregation	analysis	analysis	and	are	associate	based	calculate	values	charts	of	production	data	counters	create	zad	data	zad	distribution	zad	equipment	extended	filler	fikering	for	for	group	groups	historian	in	is	two	tables	zad	modeling	are	zad	of	of	on	packer	are	perform	pesiod	10	pesiod	price	production	relative	report	reports	selection	shown	standard	tables	template	templates	that	the	theme	there	this	this	those	trend	two	types	values	variable	with	two	zad	on
ThresholdAdaptiveProcessor(24_24)	1,9ms	43,4%	1,14	10	associate	aggregated	aggregation	analysis	analysis	and	are	associate	based	calculate	packer	charts	pm	production	data	counters	create	charts	data	me	distribution	charts	equipment	trend	filler	filler	for	for	group	group	historian	in	is	two	laboller	charts	modeling	me	ne	of	on	on	packer	are	perform	period	me	period	price	production	relative	report	reports	selection	shown	standard	tables	template	templates	that	the	theme	there	this	this	those	trend	two	types	values	variable	with	two	zad_gbl	on
ThresholdProcessor(80%)	1,8ms	46,1%	1,42	`null`	calculate	aggregated	aggregated	analysis	analysis	and	are	calculate	based	calculate	are	charts	pm	production	data	counters	create	pm	data	pm	distribution	pm	equipment	extended	tables	fitering	for	for	groups	groups	historian	in	is	ith	tables	pm	modeling	are	pm	of	on	on	packer	are	perform	period	pm	period	price	production	create	report	reports	production	shown	standard	tables	template	templates	that	the	theme	there	this	those	those	trend	two	types	values	variable	with	two	pm	on
ThresholdAdaptiveProcessor(18_18)	0,5ms	47,4%	1,24	10	associate	aggregated	aggregation	analysis	analysis	and	are	associate	based	associate	packer	charts	fam	production	data	counters	create	fam	data	fam	distribution	fam	equipment	extended	-filler	fitering	fam	fam	group	groups	historian	in	is	two	labeller	fam	modeling	fam	fam	of	of	in	packer	are	perform	perform	ij	price	price	production	relative	report	report	selection	shown	standard	tables	templates	templates	that	the	theme	there	this	those	those	trend	two	types	values	variable	with	two	zad_gbl	report
ThresholdProcessor(10%)	0,9ms	48,7%	1,01	10	associate	agaregated	aggregation	analysis	analysis	and	are	associate	based	calculate	cancel	charts	for	production	data	counters	create	10	data	10	distribution	10	equipment	standard	filler	filtering	for	for	group	group	historian	in	is	two	labeller	2ad_gbl	modeling	are	new	of	ak	on	packer	are	perform	perform	10	preview	price	production	relative	report	reports	selection	shown	standard	tables	template	templates	that	the	theme	there	this	those	those	trend	two	types	values	variable	with	two	2ad_gbl	on
ThresholdAdaptiveProcessor(08_08)	0,4ms	55,3%	1,83	`null`	labsller	aggregated	aggregation	analysis	analysis	and	the	create	based	create	packer	charts	on	production	data	create	create	packer	data	the	distribution	packer	equipment	labeller	packer	filtering	on	group	group	group	historian	in	is	two	labeller	packer	filtering	the	the	of	on	on	packer	packer	perform	price	on	price	price	production	create	report	report	selection	shown	and	values	template	templates	that	the	theme	theme	this	those	those	the	two	types	values	variable	with	two	packer	on
ThresholdAdaptiveProcessor(12_12)	0,5ms	55,3%	1,57	`null`	associate	aggregated	aggregation	analysis	analysis	and	are	associate	be	template	values	that	pm	production	data	counters	create	be	data	be	distribution	be	equipment	extended	filler	filler	of	two	group	group	historian	be	be	two	filler	be	machine	are	new	of	of	of	packer	are	perform	perform	be	create	price	production	relative	report	report	selection	those	standard	types	template	templates	that	the	theme	there	this	those	those	trend	two	types	values	variable	with	two	zad_gbl	be
ThresholdAdaptiveProcessor(14_14)	0,4ms	61,8%	2,09	`null`	associate	aggregated	aggregated	analysis	analysis	and	are	associate	and	associate	values	that	nm	production	data	counters	create	nm	data	nm	distribution	nm	equipment	trend	values	historian	of	nm	oft	values	historian	nm	es	two	values	nm	trend	nm	new	of	of	of	values	are	perform	perform	nm	price	price	production	create	report	report	production	those	standard	values	template	templates	that	the	theme	there	this	those	those	trend	two	types	values	price	with	new	nm	nm
ThresholdProcessor(90%)	1,1ms	65,8%	2,22	`null`	report	aggregated	aggregation	analysis	analysis	and	are	create	are	create	are	that	of	selection	data	create	create	za	data	za	distribution	za	equipment	create	are	modeling	of	are	group	group	historian	za	za	th	modeling	za	modeling	are	za	of	of	ond	are	are	perform	perform	za	preview	are	selection	relative	report	report	selection	those	and	types	templates	templates	that	th	theme	there	this	this	those	are	twa	types	are	variable	with	twa	za	za
ThresholdAdaptiveProcessor(10_10)	0,4ms	73,7%	2,42	`null`	associate	aggregated	aggregated	analysis	analysis	and	are	associate	and	associate	ca	that	ca	distribution	data	ter	create	2146	data	2146	distribution	2146	equipment	extended	ithe	modeling	ter	re	greaté	greaté	historian	ca	ca	two	packer	2146	modeling	are	re	of	of	of	packer	are	report	trend	ca	create	re	modeling	create	report	report	greaté	those	extended	types	templates	templates	that	ithe	theme	theme	this	those	those	trend	two	types	packer	zad_gbl	ithe	two	zad_gbl	re
ThresholdAdaptiveProcessor(06_06)	1,0ms	81,6%	2,99	`null`	template	create	create	values	values	and	ihe	create	hose	create	fice	that	mon	mon	datas	create	create	datas	datas	fice	historian	datas	fice	geier	fice	historian	mon	fice	geier	values	historian	in	in	two	geier	datas	mon	fice	per	of	of	mon	per	fice	perform	perform	in	geier	price	product	create	report	report	geier	mon	datajand	values	template	emplates	that	the	theme	theme	this	this	those	they	two	they	values	create	fice	two	datas	mon
ThresholdAdaptiveProcessor(04_04)	0,4ms	89,5%	3,82	`null`	template	trend	trend	cyclic	based	trend	trend	template	based	template	based	data	of	cyclic	data	this	trend	trend	data	of	trend	trend	trend	trend	cyclic	trend	of	of	trend	trend	trend	of	of	of	variable	trend	machine	data	of	of	of	of	based	data	report	trend	of	trend	trend	machine	template	report	report	machine	of	trend	this	template	template	this	this	trend	trend	this	this	this	trend	of	this	based	variable	data	of	trend	trend
ThresholdProcessor(0%)	0,8ms	90,8%	3,55	10	vanable	aggregation	aggregation	vanable	flier	and	ne	historian	zad	vanable	ne	zad	pm	aggregation	zad	ne	relative	07	zad	07	historian	07	equipment	ne	flier	historian	fm	fm	group	group	historian	07	07	07	flier	07	flier	ne	ne	07	07	07	packer	ne	pm	ne	07	flier	ne	selection	relative	ne	ne	selection	group	and	vanable	relative	relative	zad	ne	ne	ne	07	07	ne	and	07	ne	flier	vanable	with	07	07	ne
ThresholdAdaptiveProcessor(00_00)	0,5ms	100,0%	5,88	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(02_02)	0,5ms	100,0%	5,88	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(100%)	0,9ms	100,0%	5,88	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
AutoThresholdProcessor(Triangle)	1,0ms	100,0%	5,88	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`

*Comparison data generated based on 76 tagged words.*

zrs_ZAMS_3rd-connector_014

Processor	Elapsed	WER	CER (avg)	3rd	archive	assigned	bottle	cancel	connector	cycle	database	datasource	dd	description	equipment	for	glass	groups	hh	identification	line	media	metadata	mm	new	next	ok	party	plant	previous	project	ss	the	time	total	variables	visualname
ThresholdProcessor(10%)	0,9ms	17,6%	0,41	3rd	archive	assigned	bottle	cancel	connector	cycle	database	source	dd	description	equipment	for	glass	groups	hh	identification	line	dd	metadata	mm	new	next	ok	party	party	previous	project	ss	the	time	data	variables	visualname
ThresholdProcessor(20%)	1,0ms	32,4%	0,85	3rd	archive	assigned	bottle	cycle	connector	cycle	database	source	dd	description	equipment	for	glass	groups	hh	identification	line	mm	metadata	mm	new	new	mm	party	party	groups	project	mm	the	time	bottle	variables	visualname
AutoThresholdProcessor(Kapur)	1,0ms	35,3%	0,82	3rd	archive	assigned	bottle	new	connector	cycle	database	source	he	description	equipment	for	glass	groups	he	identification	line	media	metadata	he	new	new	ok	party	glass	groups	project	he	the	time	data	variables	visualname
ThresholdProcessor(0%)	0,8ms	38,2%	1,15	3rd	archive	assigned	total	cancel	connector	cycle	database	source	ok	description	equipment	for	groups	groups	ok	identification	time	metadsta	metadsta	mm	new	next	ok	party	party	groups	project	ok	the	time	total	variables	time
ThresholdProcessor(30%)	0,9ms	41,2%	1,18	3rd	archive	assigned	bottle	cycle	connector	cycle	database	source	hh	description	equipment	for	glass	groups	hh	description	line	media	metadata	hh	new	new	hh	party	plant	pei	project	hh	the	time	bottle	variables	time
ThresholdAdaptiveProcessor(18_18)	0,5ms	61,8%	2,62	3rd	archive	line	bottle	line	connector	bottle	database	database	86	connector	plant	for	glass	glass	86	connector	line	new	metadata	86	new	new	86	party	plant	archive	plant	86	the	line	total	archive	line
ThresholdProcessor(40%)	1,5ms	61,8%	2,00	ss	cycle	assigned	source	cycle	project	cycle	data	source	ss	description	equipment	ss	ss	groups	ss	identification	time	media	metadata	mm	ss	ss	ss	data	data	groups	project	ss	time	time	data	variables	visualname
ThresholdAdaptiveProcessor(20_20)	0,6ms	67,6%	2,88	3rd	archive	line	botte	line	connector	botte	database	database	at	party	plant	for	glass	oos	at	connector	line	3rd	database	at	new	new	oos	party	plant	oos	plant	oos	the	line	botte	database	line
ThresholdAdaptiveProcessor(24_24)	1,9ms	67,6%	3,00	3rd	archive	line	bottle	new	connector	bottle	database	database	qf	connector	line	for	glass	glass	qf	connector	line	new	database	qf	new	new	qf	party	glass	archive	new	qf	the	the	bottle	archive	line
ThresholdAdaptiveProcessor(22_22)	0,5ms	73,5%	3,24	3rd	archive	new	the	new	connector	the	database	database	at	party	plant	for	plant	3rd	at	connector	new	new	database	at	new	new	at	party	plant	archive	plant	at	the	the	at	database	database
ThresholdAdaptiveProcessor(06_06)	1,0ms	85,3%	3,88	`null`	line	assigned	bottle	line	bottle	bottle	bottle	assigned	`null`	equipment	equipment	`null`	groups	groups	`null`	equipment	line	line	bottle	`null`	line	line	`null`	bottle	line	groups	groups	`null`	line	line	bottle	assigned	line
ThresholdAdaptiveProcessor(04_04)	0,4ms	88,2%	4,26	`null`	assigned	assigned	groups	groups	assigned	`null`	assigned	assigned	`null`	identification	equipment	`null`	groups	groups	`null`	identification	`null`	`null`	assigned	`null`	`null`	`null`	`null`	`null`	`null`	groups	groups	`null`	`null`	`null`	groups	assigned	assigned
ThresholdAdaptiveProcessor(08_08)	0,4ms	88,2%	4,35	`null`	assigned	assigned	project	project	project	`null`	assigned	assigned	`null`	equipment	equipment	`null`	groups	groups	`null`	equipment	`null`	`null`	project	`null`	`null`	`null`	`null`	`null`	project	groups	project	`null`	`null`	`null`	groups	assigned	assigned
ThresholdProcessor(70%)	1,0ms	88,2%	4,09	ey	ao	ey	total	ey	total	ey	total	ao	ey	media	plant	fo	plant	fo	hh	media	plant	media	media	ey	ey	ey	ey	plant	plant	media	plant	ey	hh	ey	total	total	total
ThresholdAdaptiveProcessor(10_10)	0,4ms	91,2%	4,09	net	assigned	assigned	net	net	net	net	net	assigned	`null`	equipment	equipment	net	groups	groups	`null`	equipment	net	net	net	`null`	net	net	`null`	net	net	groups	net	`null`	net	net	net	assigned	assigned
AutoThresholdProcessor(OTSU)	0,9ms	91,2%	4,03	wa	tie	tie	total	wa	total	tie	total	total	wa	tie	plant	ao	plant	total	wa	media	tie	media	media	wa	wa	wa	wa	plant	plant	media	plant	wa	tie	tie	total	total	total
ThresholdProcessor(90%)	1,1ms	91,2%	4,21	tb	media	eb	total	eb	total	tb	tb	total	tb	media	plant	tb	plant	total	tb	media	plant	media	media	tb	eb	eb	tb	plant	plant	media	plant	tb	tb	tb	total	total	total
ThresholdAdaptiveProcessor(14_14)	0,4ms	94,1%	4,65	`null`	cycle	time	cycle	cycle	cycle	cycle	time	time	`null`	time	time	`null`	cycle	cycle	`null`	time	time	cycle	time	`null`	`null`	time	`null`	cycle	cycle	time	cycle	`null`	time	time	time	cycle	time
ThresholdProcessor(50%)	0,8ms	94,1%	4,47	ao	ao	ao	ao	ao	plant	ao	hab	ao	ao	media	plant	ao	plant	ao	ao	media	plant	media	media	ao	ao	ao	ao	plant	plant	media	plant	ao	ao	ao	ao	hab	plant
ThresholdProcessor(60%)	0,8ms	97,1%	4,79	hab	hab	bys	bys	hab	plant	bys	hab	hab	`null`	bys	plant	hab	plant	bys	hab	plant	plant	hab	plant	`null`	hab	hab	`null`	plant	plant	bys	plant	bys	hab	hab	hab	hab	plant
ThresholdAdaptiveProcessor(16_16)	0,4ms	100,0%	5,88	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(00_00)	0,5ms	100,0%	5,88	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(02_02)	0,5ms	100,0%	5,21	ga	ga	ga	bo	ga	bo	ga	ga	ga	ga	bo	ju	bo	ga	ga	ga	ga	ga	ga	ga	ga	ga	ga	ga	ga	ga	bo	bo	ga	ga	ga	ga	ga	ga
ThresholdAdaptiveProcessor(12_12)	0,5ms	100,0%	5,88	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(100%)	0,9ms	100,0%	5,88	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
AutoThresholdProcessor(Triangle)	1,0ms	100,0%	5,88	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(80%)	1,8ms	100,0%	5,88	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`

*Comparison data generated based on 34 tagged words.*

zrs_ZAMS_filter-alarmgroup_001

Processor	Elapsed	WER	CER (avg)	alarm	all	deselect	emergency	enable	eqauipment	external	failure	group	machine	prefilter	prefiltering	select	static	stop
ThresholdProcessor(40%)	1,5ms	13,3%	0,20	alarm	all	deselect	emergency	enable	equipment	extemal	failure	group	machine	prefilter	prefiltering	select	static	stop
ThresholdProcessor(50%)	0,8ms	20,0%	0,20	alarm	all	deselect	emergency	enable	equipment	extemal	failure	group	machine	prefilter	prefiltering	select	static	stop
ThresholdProcessor(30%)	0,9ms	20,0%	0,20	alarm	all	deselect	emergency	enable	equipment	extemal	failure	group	machine	prefilter	prefiltering	select	static	stop
ThresholdProcessor(20%)	1,0ms	26,7%	0,40	alarm	all	deselect	emergency	enable	equipment	extemal	failure	group	machine	prefilter	prefilter	select	static	stop
ThresholdAdaptiveProcessor(22_22)	0,5ms	40,0%	1,13	alarm	alarm	enable	emergency	enable	equipment	external	failure	group	machine	prefitter	prefittering	alarm	static	stop
ThresholdProcessor(60%)	0,8ms	40,0%	1,07	alarm	aa	enable	emergency	enable	equipment	extemal	failure	group	machine	prefilter	prefiltering	alam	static	stop
ThresholdAdaptiveProcessor(12_12)	0,5ms	46,7%	1,27	alarm	alam	emergency	emergency	enable	equipment	exémal	failure	group	machine	prefilter	prefittering	alam	static	stop
AutoThresholdProcessor(OTSU)	0,9ms	46,7%	1,07	alarm	alam	enable	emergency	enable	equipment	extemal	failure	group	machine	prefilter	prefiltering	er	static	stop
ThresholdAdaptiveProcessor(16_16)	0,4ms	53,3%	1,27	alarm	alam	etemal	emergency	enable	equipment	etemal	failure	group	machine	prefiter	prefittering	etemal	static	stop
ThresholdAdaptiveProcessor(18_18)	0,5ms	53,3%	1,07	alarm	alam	enable	emergency	enable	equipment	external	failure	group	machine	prefiter	prefittering	alam	static	stop
ThresholdProcessor(70%)	1,0ms	53,3%	1,20	alarm	alam	enable	emergency	enable	equipment	extemal	failure	group	machine	prefitter	prefittering	alam	static	stop
ThresholdProcessor(80%)	1,8ms	53,3%	1,53	alarm	aan	emergency	emergency	enable	equipment	extemal	failure	group	machine	prefiker	prefiker	alarm	static	stop
ThresholdAdaptiveProcessor(10_10)	0,4ms	60,0%	1,47	alarm	alam	seer	emergency	enable	enable	extemal	failure	group	machine	prefiter	prefittering	seer	static	step
ThresholdAdaptiveProcessor(20_20)	0,6ms	60,0%	1,13	alarm	alam	eternal	emergency	enable	equipment	eternal	failure	group	machine	prefiter	prefitering	alarm	static	stop
AutoThresholdProcessor(Kapur)	1,0ms	60,0%	1,53	alarm	aim	emergency	emergency	enable	equipment	extemal	faire	group	machine	prefiter	prefiter	alarm	static	stop
ThresholdAdaptiveProcessor(24_24)	1,9ms	60,0%	1,20	alarm	alam	emergency	emergency	enable	equipment	extemal	failure	group	machine	prefitter	prefitering	alam	static	stop
ThresholdAdaptiveProcessor(08_08)	0,4ms	73,3%	2,73	alarm	ie	enable	equipment	enable	equipment	enable	failure	group	machine	prefittering	prefittering	ie	ie	group
ThresholdAdaptiveProcessor(14_14)	0,4ms	73,3%	0,67	alarm	al	deselect	emergency	enable	equipment	btemal	failure	group	machine	prefitter	prefitering	deselect	static	stop
ThresholdAdaptiveProcessor(04_04)	0,4ms	80,0%	4,27	wann	wann	failure	machine	wann	wann	wann	failure	group	machine	pretitenng	pretitenng	wann	wann	group
ThresholdProcessor(10%)	0,9ms	80,0%	3,53	alam	alam	enable	enable	enable	enable	enable	enable	group	enable	prefitter	prefitter	static	static	oroup
ThresholdAdaptiveProcessor(06_06)	1,0ms	80,0%	3,80	alarm	alarm	enable	enable	enable	enable	enable	alarm	group	alarm	prefittering	prefittering	alarm	alarm	group
ThresholdAdaptiveProcessor(00_00)	0,5ms	100,0%	7,00	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(02_02)	0,5ms	100,0%	5,73	born	af	dei	born	af	dei	born	dei	born	dei	dei	dei	dei	dei	dei
ThresholdProcessor(0%)	0,8ms	100,0%	7,00	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(100%)	0,9ms	100,0%	7,00	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
AutoThresholdProcessor(Triangle)	1,0ms	100,0%	7,00	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(90%)	1,1ms	100,0%	7,00	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`

*Comparison data generated based on 15 tagged words.*

zrs_ZAMS_OLEDB-server_001

Processor	Elapsed	WER	CER (avg)	a	access	ad	adbc	adhoc	all	allow	applied	are	cancel	cd	CDSBG036	connection	db	disallow	drivers	dynamic	enable	for	general	haraldr	help	index	inprocess	level	like	linked	microsoft	my	name	nested	non	ok	ole	only	operator	options	page	parameter	path	properties	provider	queries	ready	script	select	server	servers	sql	supports	that	these	this	to	transacted	updates	use	using	view	ZA2	zero
ThresholdProcessor(50%)	0,8ms	39,3%	0,82	as	access	bd	adhoc	adhoc	all	allow	applied	are	all	cd	cdsbg036	connection	bd	disallow	servers	dynamic	enable	non	general	allow	hep	index	inprocess	level	like	linked	disallow	bd	name	nested	non	bd	only	only	operator	options	page	parameter	path	properties	provider	quenes	ready	server	select	server	servers	sem	supports	that	these	this	to	transacted	updates	use	using	view	sem	zero
AutoThresholdProcessor(OTSU)	0,9ms	42,6%	1,30	as	access	as	adhoc	adhoc	all	allow	allow	are	index	to	cdsbgo36	connection	to	disallow	servers	dynamic	all	non	level	allow	all	index	inprocess	level	like	linked	my_sql_	to	are	nested	non	non	all	only	operator	options	path	parameter	path	queries	provider	queries	ready	server	server	server	servers	all	supports	that	these	this	to	transacted	updates	use	using	view	non	zero
ThresholdProcessor(60%)	0,8ms	44,3%	1,21	as	access	cd	adhoc	adhoc	all	alow	applied	are	index	cd	cdsbgo36	connection	cd	disallow	servers	oynamic	all	to	level	alow	all	index	inprocess	level	like	linked	my_sql_	cd	are	nested	non	cd	all	only	operator	options	path	parameter	path	queries	provider	queries	ready	server	server	server	servers	all	supports	that	these	this	to	transacted	updates	use	using	view	cd	zero
ThresholdProcessor(70%)	1,0ms	44,3%	1,31	as	access	as	adhoc	adhoc	all	allow	applied	are	linked	as	linked	options	as	disallow	servers	dynamic	enable	to	level	ical	sql	index	inprocess	level	like	linked	ical	my_	name	nested	non	as	only	only	operator	options	name	parameter	path	queries	provider	queries	ical	server	sql	server	servers	sql	supports	that	these	this	to	transacted	updates	use	using	like	my_	zero
ThresholdProcessor(40%)	1,5ms	44,3%	1,10	as	access	as	adhoc	adhoc	all	allow	applied	are	uinked	32	32	connection	32	disallow	servers	dynamic	name	to	general	server	mew	index	inprocess	level	linked	linked	mprocess	32	name	nested	non	32	only	only	operator	options	page	parameter	path	progress	provider	quenes	ready	server	selecta	server	servers	all	supports	that	these	this	to	transacted	updates	use	using	mew	32	zero
AutoThresholdProcessor(Kapur)	1,0ms	45,9%	1,34	as	access	bd	adhoc	adhoc	all	allow	applied	are	linked	bd	um	options	um	disallow	servers	dynamic	enable	to	general	allow	heb	index	inprocess	level	linked	linked	ica	um	name	nested	non	um	all	only	operator	options	are	parameter	path	queries	provider	queries	ica	server	server	server	servers	all	supports	that	these	this	to	transacted	updates	use	use	ica	um	zero
ThresholdProcessor(30%)	0,9ms	49,2%	0,82	as	access	as	odbc	adnoc	all	allow	spalıed	are	cancel	to	sent	connecton	db	disalow	servers	dynamic	enable	for	level	allow	help	index	inprocess	level	lxe	linked	microsoft	to	name	nested	non	ok	ole	onty	operator	options	page	parameter	path	properties	provider	quenes	ready	sent	select	server	servers	all	supports	that	these	this	to	transacted	updates	use	using	dre	dre	zero
ThresholdProcessor(80%)	1,8ms	55,7%	1,80	as	access	bd	adhoc	adhoc	all	allow	like	are	index	bd	bd	options	bd	disallow	servers	updates	only	to	level	allow	only	index	inprocess	level	like	inked	inprocess	bd	are	nested	non	bd	only	only	operator	options	are	operator	path	queries	provider	queries	bd	like	level	servers	servers	all	supports	that	these	this	to	transacted	updates	use	use	like	bd	zero
ThresholdAdaptiveProcessor(12_12)	0,5ms	67,2%	2,10	`null`	access	il	odbc	achoc	all	all	applied	are	mail	il	mail	operctor	db	all	drivers	mail	mail	for	servers	mail	these	inked	access	mail	il	inked	microsoft	il	are	these	non	il	ole	ole	operctor	options	are	provider	mail	supports	provider	servers	mail	mail	servers	servers	servers	il	supports	that	these	this	to	trensacted	updates	use	using	il	il	are
ThresholdAdaptiveProcessor(22_22)	0,5ms	68,9%	2,28	`null`	ss	ni	odbc	odbc	all	all	applied	are	gener	ni	applied	connecton	db	all	drivers	nig	all	for	gener	all	all	inked	inked	gener	nig	inked	microsoft	ni	page	gener	nig	ni	ole	ole	server	options	page	provider	page	provider	provider	servers	gener	server	selecta	server	servers	ss	servers	that	these	this	to	applied	page	use	using	nig	nig	for
ThresholdProcessor(20%)	1,0ms	72,1%	2,07	al	cancel	al	odbc	odbc	al	prow	apticrs	are	cancel	co	apticrs	connecbon	db	prow	servers	dynamic	name	for	gereral	lrxed	hes	linked	apticrs	lrxed	linked	linked	microsoft	ib	name	hes	co	ok	ole	ons	prow	options	page	parameter	page	prowder	provider	quenes	hes	opt	select	server	servers	al	servers	thet	these	this	co	cancel	page	bs	using	ib	ib	cer
ThresholdAdaptiveProcessor(08_08)	0,4ms	75,4%	2,54	`null`	are	cd	all	all	all	all	applied	are	all	cd	cdsbg036	connection	nn	all	servers	nn	all	to	ge	all	ge	linked	progress	server	linked	linked	prov	nn	are	server	nn	nn	ge	nn	server	options	ge	provider	all	properties	provider	servers	ge	server	servers	server	servers	all	servers	that	this	this	to	applied	applied	use	use	view	nn	ge
ThresholdProcessor(90%)	1,1ms	78,7%	2,90	`null`	these	all	all	all	all	all	applied	are	linked	to	infoed	options	to	all	servers	infoed	all	to	servers	all	these	infoed	infoed	these	linked	linked	infoed	to	are	infoed	to	to	all	all	options	options	are	provider	all	options	provider	servers	all	using	servers	servers	servers	all	servers	that	these	this	to	infoed	applied	use	using	are	all	are
ThresholdAdaptiveProcessor(14_14)	0,4ms	80,3%	2,92	`null`	these	all	all	all	all	all	applied	are	inked	to	my-sql-	options	to	all	servers	my-sql-	all	to	servers	all	all	inked	inked	server	inked	inked	my-sql-	to	are	inked	to	to	all	all	server	options	are	provider	all	provider	provider	servers	all	server	servers	server	servers	all	servers	that	these	this	to	applied	applied	use	use	use	all	to
ThresholdAdaptiveProcessor(06_06)	1,0ms	80,3%	2,59	as	access	cd	sdhoc	sdhoc	as	sdhoc	page	page	access	cd	cdsbg036	connection	sn	digallaw	servers	sdhoc	page	fur	generel	server	zero	index	access	level	page	gnked	access	sn	page	gnked	sn	sn	sn	or'y	zero	option	page	page	path	option	server	servers	or'y	server	selecta	server	servers	sn	servers	this	this	this	sn	gnked	page	sn	using	sn	sn	zero
ThresholdAdaptiveProcessor(20_20)	0,6ms	82,0%	2,98	`null`	drivers	db	odbc	odbc	ole	ole	page	page	page	db	my_sql_	connection	db	my_sql_	drivers	my_sql_	page	for	general	server	ole	odbc	drivers	server	page	server	microsoft	db	page	server	for	db	ole	ole	server	options	page	provider	page	drivers	provider	server	page	server	selecta	server	server	db	drivers	odbc	page	odbc	db	connection	page	ole	options	ole	db	for
ThresholdAdaptiveProcessor(24_24)	1,9ms	86,9%	3,34	`null`	drivers	db	odbc	odbc	ole	ole	ole	ole	ole	db	drivers	options	db	drivers	drivers	drivers	ole	for	server	server	ole	ole	drivers	server	ole	ole	microsoft	db	ole	server	for	ole	ole	ole	server	options	ole	provider	ole	drivers	provider	server	db	server	ole	server	server	ole	drivers	ole	ole	ole	db	server	options	ole	options	ole	ole	for
ThresholdProcessor(10%)	0,9ms	88,5%	3,61	`null`	page	db	odbc	odbc	ole	for	page	page	page	db	page	options	db	page	provider	page	page	for	page	page	ole	page	page	page	page	page	microsoft	db	page	page	for	db	ole	ole	page	options	page	provider	page	options	provider	page	page	for	ole	page	page	db	options	page	page	page	db	page	page	ole	page	ole	db	for
ThresholdAdaptiveProcessor(04_04)	0,4ms	93,4%	3,61	`null`	this	`null`	this	this	mew	mew	linked	mew	linked	`null`	server	connection	`null`	server	server	linked	server	mew	server	server	mew	linked	propenies	server	linked	linked	server	mew	mew	server	mew	`null`	mew	this	server	this	this	server	this	propenies	server	server	mew	server	server	server	server	mew	server	this	this	this	`null`	linked	server	mew	this	mew	mew	mew
ThresholdAdaptiveProcessor(10_10)	0,4ms	93,4%	3,67	`null`	rogress	ge	de	de	ge	ge	page	ge	page	ge	ge	selecta	de	de	de	de	page	ge	general	de	ge	de	rogress	ge	ge	nested	rogress	ge	page	nested	ge	ge	ge	ge	page	rogress	page	page	page	queries	de	queries	ge	selecta	selecta	queries	queries	ge	selecta	ge	ge	ge	ge	nested	page	ge	ge	ge	ge	ge
AutoThresholdProcessor(Triangle)	1,0ms	93,4%	3,62	au	access	au	adhec	adhec	au	disallow	opener	au	index	us	opener	non	us	disallow	opener	disallow	index	non	opener	opener	us	index	access	opener	us	index	disallow	us	non	opener	non	us	us	non	opener	opener	au	opener	au	opener	opener	opener	au	access	adhec	opener	opener	us	us	au	opener	us	us	opener	opener	us	us	us	us	us
ThresholdAdaptiveProcessor(18_18)	0,5ms	98,4%	4,38	`null`	my_sql	`null`	`null`	`null`	`null`	`null`	server	`null`	my_sql	`null`	my_sql	server	`null`	my_sql	server	my_sql	my_sql	`null`	server	server	`null`	server	server	server	`null`	server	my_sql	`null`	`null`	server	`null`	`null`	`null`	`null`	server	my_sql	`null`	server	`null`	server	server	server	server	server	server	server	server	my_sql	server	`null`	my_sql	`null`	`null`	server	server	`null`	`null`	`null`	`null`	server
ThresholdAdaptiveProcessor(16_16)	0,4ms	100,0%	5,31	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(00_00)	0,5ms	100,0%	5,31	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(02_02)	0,5ms	100,0%	4,38	`null`	unites	dah	dah	dah	dah	dah	unites	dah	unites	`null`	unites	unites	dah	dah	unites	dah	unites	dah	unites	dah	dah	unites	unites	unites	unites	unites	unites	`null`	dah	unites	dah	`null`	dah	dah	unites	unites	dah	unites	dah	unites	unites	unites	dah	unites	unites	unites	unites	dah	unites	dah	unites	unites	`null`	unites	unites	dah	unites	unites	dah	dah
ThresholdProcessor(0%)	0,8ms	100,0%	5,31	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(100%)	0,9ms	100,0%	5,31	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`

*Comparison data generated based on 61 tagged words.*

zrs_ZAMS_scatter_002

Processor	Elapsed	WER	CER (avg)	configure	horizontal	horizontalindicator	indicator	mea	meaning	meanings	plot	scatter	vertical	verticalindicator
AutoThresholdProcessor(Kapur)	1,0ms	9,1%	0,00	configure	horizontal	horizontalindicator	indicator	mea	meaning	meanings	plot	scatter	vertical	verticalindicator
ThresholdProcessor(80%)	1,8ms	9,1%	0,00	configure	horizontal	horizontalindicator	indicator	mea	meaning	meanings	plot	scatter	vertical	verticalindicator
ThresholdAdaptiveProcessor(24_24)	1,9ms	18,2%	0,82	configure	horizontal	horizontallndicator	indicator	mea	meaning	meanings	plot	scatter	vertical	horizontallndicator
ThresholdAdaptiveProcessor(18_18)	0,5ms	27,3%	0,82	en	horizontal	horizortalindicator	indicator	mea	meaning	meanings	plot	scatter	vertical	verticalindicator
ThresholdAdaptiveProcessor(20_20)	0,6ms	27,3%	1,09	vertical	horizontal	horizortalindicator	indicator	`null`	meaning	meanings	plot	scatter	vertical	verticalindicator
ThresholdProcessor(50%)	0,8ms	27,3%	0,18	configure	horizontal	horizontallndicator	indicator	mea	meaning	meanings	plot	scatter	vertical	verticallndicator
ThresholdProcessor(60%)	0,8ms	27,3%	0,18	configure	horizontal	horizontallndicator	indicator	mea	meaning	meanings	plot	scatter	vertical	verticallndicator
AutoThresholdProcessor(OTSU)	0,9ms	27,3%	0,18	configure	horizontal	horizontallndicator	indicator	mea	meaning	meanings	plot	scatter	vertical	verticallndicator
ThresholdProcessor(30%)	0,9ms	27,3%	0,82	configure	horizontal	horzontallndicator	indicator	mea	meaning	meanings	plot	scatter	vertical	horzontallndicator
ThresholdProcessor(70%)	1,0ms	27,3%	0,18	configure	horizontal	horizontallndicator	indicator	mea	meaning	meanings	plot	scatter	vertical	verticallndicator
ThresholdProcessor(40%)	1,5ms	27,3%	0,27	configure	horizontal	horizonttallndicator	indicator	mea	meaning	meanings	plot	scatter	vertical	verticallndicator
ThresholdAdaptiveProcessor(14_14)	0,4ms	36,4%	2,27	indicator	horizontal	horizontal	indicator	mea	meaning	meanings	plot	scatter	vertical	indicator
ThresholdAdaptiveProcessor(22_22)	0,5ms	36,4%	0,82	cater	horizontal	horizorttalindicator	indicator	mea	meaning	meanings	plot	scatter	vertical	verticalindicator
ThresholdAdaptiveProcessor(08_08)	0,4ms	45,5%	2,36	en	vertical	verticallndicator	indicator	en	meaning	meanings	plot	scatter	vertical	verticallndicator
ThresholdAdaptiveProcessor(10_10)	0,4ms	45,5%	2,09	meanings	horizontal	verticallndicator	indicator	mea	meaning	meanings	plot	ma	vertical	verticallndicator
ThresholdAdaptiveProcessor(16_16)	0,4ms	45,5%	1,09	vertical	horizontal	horizontallndicator	indicator	pl	meaning	meanings	plot	scatter	vertical	verticalindicator
ThresholdAdaptiveProcessor(12_12)	0,5ms	45,5%	2,27	en	horizontal	horizontal	indicator	mea	meaning	meanings	plot	scatter	vertical	indicator
ThresholdAdaptiveProcessor(06_06)	1,0ms	72,7%	3,45	indicator	vertical	verticallndicator	indicator	`null`	meaning	meaning	`null`	indicator	vertical	verticallndicator
ThresholdProcessor(90%)	1,1ms	72,7%	5,18	ini	vertical	vertical	ini	ini	ini	ini	plot	scatter	vertical	vertical
ThresholdAdaptiveProcessor(04_04)	0,4ms	90,9%	6,45	vertical	vertical	vertical	vertical	`null`	vertical	vertical	`null`	vertical	vertical	vertical
ThresholdAdaptiveProcessor(00_00)	0,5ms	100,0%	9,18	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdAdaptiveProcessor(02_02)	0,5ms	100,0%	9,18	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(0%)	0,8ms	100,0%	9,18	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(10%)	0,9ms	100,0%	9,18	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(100%)	0,9ms	100,0%	9,18	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
AutoThresholdProcessor(Triangle)	1,0ms	100,0%	9,18	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(20%)	1,0ms	100,0%	6,64	onfigure	onfigure	onfigure	catter	`null`	catter	catter	`null`	catter	catter	catter

*Comparison data generated based on 11 tagged words.*

zrs_ZAMS_windrose_002

Processor	Elapsed	WER	CER (avg)	16	angular	cancel	configuration	degree	direction	directions	E	ENE	for	granularity	indicator	meaning	measurement	N	NE	NNE	ok	report	results	rose	validate	validation	variable	wind
ThresholdAdaptiveProcessor(22_22)	0,5ms	28,0%	0,64	16	angular	ene	configuration	degree	direction	directions	`null`	mv	for	granularity	indicator	meaning	measurement	`null`	mv	mv	mv	report	results	rose	validate	validation	variable	wind
AutoThresholdProcessor(OTSU)	0,9ms	28,0%	0,52	16	angular	cancel	configuration	degree	direction	direotions	`null`	16	for	granularity	indicator	meaning	measurement	`null`	16	16	16	report	results	rose	validate	validation	variable	wind
ThresholdAdaptiveProcessor(20_20)	0,6ms	32,0%	0,64	16	angular	ene	configuration	degree	direction	directions	`null`	mv	for	granularity	indicator	meaning	measurement	`null`	mv	mv	mv	report	results	rose	validate	validation	variable	wind
ThresholdProcessor(60%)	0,8ms	32,0%	0,56	li	angular	cancel	configuration	degree	direction	directions	`null`	nne	for	granularity	indicator	meaning	measurement	`null`	li	nne	li	report	results	rose	validate	validation	variable	wind
ThresholdProcessor(70%)	1,0ms	32,0%	0,60	`null`	angular	cancel	configuration	degree	direction	direction	`null`	nne	for	granularity	indicator	meaning	measurement	`null`	`null`	nne	for	report	results	rose	validate	validation	variable	wind
ThresholdAdaptiveProcessor(16_16)	0,4ms	36,0%	0,64	16	angular	ene	configuration	degree	direction	directions	`null`	zu	for	granularity	indicator	meaning	measurement	`null`	zu	zu	zu	report	results	rose	validate	validation	variable	wind
ThresholdAdaptiveProcessor(18_18)	0,5ms	36,0%	0,76	16	angular	ene	configuration	degree	direction	directions	`null`	mv	for	granularity	indicator	meaning	measurement	`null`	mv	mv	mv	report	results	rose	validation	validation	variable	wind
ThresholdAdaptiveProcessor(14_14)	0,4ms	40,0%	1,20	16	angular	ene	configuration	degree	direction	directions	`null`	bw	for	granularity	indicator	meaning	measurement	`null`	bw	bw	bw	report	report	rose	variable	indicator	variable	wind
ThresholdProcessor(80%)	1,8ms	40,0%	0,84	ll	angular	bearee	configuration	bearee	direction	directions	`null`	ll	for	granularity	indicator	meaning	measurement	`null`	ll	ll	ll	report	results	rose	validate	validation	variable	wind
ThresholdAdaptiveProcessor(24_24)	1,9ms	40,0%	1,08	16	angular	nne	configuration	ene	direction	directions	`null`	nne	for	granularity	indicator	meaning	measurement	`null`	16	nne	16	report	report	rose	validation	validation	variable	wind
ThresholdAdaptiveProcessor(12_12)	0,5ms	44,0%	1,32	16	angular	nne	configuration	mee	direction	directions	`null`	mee	for	angular	indicator	meaning	measurement	`null`	16	mee	16	report	report	rose	validate	validate	variable	wind
ThresholdProcessor(90%)	1,1ms	44,0%	1,12	16	angular	ne	configuration	dearee	direction	directions	`null`	ne	for	angular	indicator	meaning	measurement	`null`	ne	ne	ne	repert	repert	rose	validate	validation	variable	wind
ThresholdAdaptiveProcessor(08_08)	0,4ms	48,0%	1,40	ok	results	en	configuration	en	direction	directions	`null`	ok	for	results	indicator	meaning	measurement	`null`	ok	ok	ok	report	results	rose	walidate	validation	variable	wind
ThresholdProcessor(50%)	0,8ms	48,0%	0,84	in	angular	cegres	configuration	cegres	direction	direction	`null`	in	for	granularity	indicator	meaning	measurement	`null`	in	in	in	report	results	rose	validate	validation	variable	wind
ThresholdAdaptiveProcessor(06_06)	1,0ms	60,0%	1,80	`null`	angular	cancel	configuration	rese	direction	direction	`null`	for	for	angular	angular	meaning	measurement	`null`	`null`	for	for	rese	results	rese	validation	validation	cancel	wind
ThresholdAdaptiveProcessor(10_10)	0,4ms	64,0%	2,12	`null`	results	wind	configuration	report	direction	direction	`null`	for	for	results	indicator	wind	results	`null`	`null`	for	for	report	results	rose	validation	validation	variable	wind
ThresholdProcessor(40%)	1,5ms	64,0%	1,52	zu	angular	cancel	configuration	ros	direction	direction	`null`	zu	for	angular	indicator	meaning	meaning	`null`	zu	zu	ak	report	report	rose	validate	validation	vanable	wind
AutoThresholdProcessor(Triangle)	1,0ms	84,0%	4,08	16	wind	wind	directions	he	directions	directions	`null`	he	he	wind	wind	wind	rose	`null`	he	he	he	rose	rose	rose	wind	directions	rose	wind
ThresholdAdaptiveProcessor(00_00)	0,5ms	88,0%	4,44	`null`	for	rose	for	for	meaning	meaning	`null`	for	for	meaning	for	meaning	meaning	`null`	`null`	for	for	for	rose	rose	rose	meaning	rose	for
AutoThresholdProcessor(Kapur)	1,0ms	92,0%	4,16	ok	ne	ne	configuration	ehe	hhe	hhe	`null`	hhe	ok	yaldate	yaldate	ehe	ehe	`null`	ok	hhe	ok	ehe	ehe	hhe	yaldate	yaldate	yaldate	ne
ThresholdAdaptiveProcessor(04_04)	0,4ms	96,0%	4,48	cr	cr	cr	validation	cr	validation	validation	`null`	cr	cr	validation	validation	cr	cr	`null`	cr	cr	cr	cr	cr	cr	validation	validation	validation	cr
ThresholdAdaptiveProcessor(02_02)	0,5ms	100,0%	5,16	da	da	da	da	da	sei	sei	`null`	da	da	ay	da	sei	sei	`null`	da	da	da	sei	sei	sei	da	da	da	da
ThresholdProcessor(0%)	0,8ms	100,0%	6,12	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(10%)	0,9ms	100,0%	6,12	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(100%)	0,9ms	100,0%	6,12	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(30%)	0,9ms	100,0%	6,12	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`
ThresholdProcessor(20%)	1,0ms	100,0%	6,12	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`	`null`

*Comparison data generated based on 25 tagged words.*