Concordance

Query N03-1018 18 >
Multilevel Sort 18 (576.3 per million)

lr,34-3-N03-1018,ak	We present an implementation of the <term> model </term> based on <term> finite-state models </term> , demonstrate the <term> model 's </term> ability to significantly reduce <term> character and word error rate </term> , and provide evaluation results involving <term> automatic extraction </term> of <term> translation lexicons </term> from printed <term> text </term> .	#2779 We present an implementation of the model based on finite-state models, demonstrate the model's ability to significantly reduce character and word error rate, and provide evaluation results involving automatic extraction oftranslation lexicons from printed text.
measure(ment),20-3-N03-1018,ak	We present an implementation of the <term> model </term> based on <term> finite-state models </term> , demonstrate the <term> model 's </term> ability to significantly reduce <term> character and word error rate </term> , and provide evaluation results involving <term> automatic extraction </term> of <term> translation lexicons </term> from printed <term> text </term> .	#2765 We present an implementation of the model based on finite-state models, demonstrate the model's ability to significantly reducecharacter and word error rate, and provide evaluation results involving automatic extraction of translation lexicons from printed text.
model,1-2-N03-1018,ak	The <term> model </term> is designed for use in <term> error correction </term> , with a focus on <term> post-processing </term> the <term> output </term> of <term> black-box OCR systems </term> in order to make it more useful for <term> NLP tasks </term> .	#2714 Themodel is designed for use in error correction, with a focus on post-processing the output of black-box OCR systems in order to make it more useful for NLP tasks.
model,14-3-N03-1018,ak	We present an implementation of the <term> model </term> based on <term> finite-state models </term> , demonstrate the <term> model 's </term> ability to significantly reduce <term> character and word error rate </term> , and provide evaluation results involving <term> automatic extraction </term> of <term> translation lexicons </term> from printed <term> text </term> .	#2759 We present an implementation of the model based on finite-state models, demonstrate themodel 's ability to significantly reduce character and word error rate, and provide evaluation results involving automatic extraction of translation lexicons from printed text.
model,6-3-N03-1018,ak	We present an implementation of the <term> model </term> based on <term> finite-state models </term> , demonstrate the <term> model 's </term> ability to significantly reduce <term> character and word error rate </term> , and provide evaluation results involving <term> automatic extraction </term> of <term> translation lexicons </term> from printed <term> text </term> .	#2751 We present an implementation of themodel based on finite-state models, demonstrate the model's ability to significantly reduce character and word error rate, and provide evaluation results involving automatic extraction of translation lexicons from printed text.
model,7-1-N03-1018,ak	In this paper , we introduce a <term> generative probabilistic optical character recognition ( OCR ) model </term> that describes an end-to-end process in the <term> noisy channel framework </term> , progressing from <term> generation of true text </term> through its transformation into the <term> noisy output </term> of an <term> OCR system </term> .	#2675 In this paper, we introduce agenerative probabilistic optical character recognition ( OCR ) model that describes an end-to-end process in the noisy channel framework, progressing from generation of true text through its transformation into the noisy output of an OCR system.
model,9-3-N03-1018,ak	We present an implementation of the <term> model </term> based on <term> finite-state models </term> , demonstrate the <term> model 's </term> ability to significantly reduce <term> character and word error rate </term> , and provide evaluation results involving <term> automatic extraction </term> of <term> translation lexicons </term> from printed <term> text </term> .	#2754 We present an implementation of the model based onfinite-state models, demonstrate the model's ability to significantly reduce character and word error rate, and provide evaluation results involving automatic extraction of translation lexicons from printed text.
other,16-2-N03-1018,ak	The <term> model </term> is designed for use in <term> error correction </term> , with a focus on <term> post-processing </term> the <term> output </term> of <term> black-box OCR systems </term> in order to make it more useful for <term> NLP tasks </term> .	#2729 The model is designed for use in error correction, with a focus on post-processing theoutput of black-box OCR systems in order to make it more useful for NLP tasks.
other,23-1-N03-1018,ak	In this paper , we introduce a <term> generative probabilistic optical character recognition ( OCR ) model </term> that describes an end-to-end process in the <term> noisy channel framework </term> , progressing from <term> generation of true text </term> through its transformation into the <term> noisy output </term> of an <term> OCR system </term> .	#2691 In this paper, we introduce a generative probabilistic optical character recognition (OCR) model that describes an end-to-end process in thenoisy channel framework, progressing from generation of true text through its transformation into the noisy output of an OCR system.
other,38-1-N03-1018,ak	In this paper , we introduce a <term> generative probabilistic optical character recognition ( OCR ) model </term> that describes an end-to-end process in the <term> noisy channel framework </term> , progressing from <term> generation of true text </term> through its transformation into the <term> noisy output </term> of an <term> OCR system </term> .	#2706 In this paper, we introduce a generative probabilistic optical character recognition (OCR) model that describes an end-to-end process in the noisy channel framework, progressing from generation of true text through its transformation into thenoisy output of an OCR system.
other,38-3-N03-1018,ak	We present an implementation of the <term> model </term> based on <term> finite-state models </term> , demonstrate the <term> model 's </term> ability to significantly reduce <term> character and word error rate </term> , and provide evaluation results involving <term> automatic extraction </term> of <term> translation lexicons </term> from printed <term> text </term> .	#2783 We present an implementation of the model based on finite-state models, demonstrate the model's ability to significantly reduce character and word error rate, and provide evaluation results involving automatic extraction of translation lexicons from printedtext.
tech,14-2-N03-1018,ak	The <term> model </term> is designed for use in <term> error correction </term> , with a focus on <term> post-processing </term> the <term> output </term> of <term> black-box OCR systems </term> in order to make it more useful for <term> NLP tasks </term> .	#2727 The model is designed for use in error correction, with a focus onpost-processing the output of black-box OCR systems in order to make it more useful for NLP tasks.
tech,18-2-N03-1018,ak	The <term> model </term> is designed for use in <term> error correction </term> , with a focus on <term> post-processing </term> the <term> output </term> of <term> black-box OCR systems </term> in order to make it more useful for <term> NLP tasks </term> .	#2731 The model is designed for use in error correction, with a focus on post-processing the output ofblack-box OCR systems in order to make it more useful for NLP tasks.
tech,29-1-N03-1018,ak	In this paper , we introduce a <term> generative probabilistic optical character recognition ( OCR ) model </term> that describes an end-to-end process in the <term> noisy channel framework </term> , progressing from <term> generation of true text </term> through its transformation into the <term> noisy output </term> of an <term> OCR system </term> .	#2697 In this paper, we introduce a generative probabilistic optical character recognition (OCR) model that describes an end-to-end process in the noisy channel framework, progressing fromgeneration of true text through its transformation into the noisy output of an OCR system.
tech,29-2-N03-1018,ak	The <term> model </term> is designed for use in <term> error correction </term> , with a focus on <term> post-processing </term> the <term> output </term> of <term> black-box OCR systems </term> in order to make it more useful for <term> NLP tasks </term> .	#2742 The model is designed for use in error correction, with a focus on post-processing the output of black-box OCR systems in order to make it more useful forNLP tasks.
tech,31-3-N03-1018,ak	We present an implementation of the <term> model </term> based on <term> finite-state models </term> , demonstrate the <term> model 's </term> ability to significantly reduce <term> character and word error rate </term> , and provide evaluation results involving <term> automatic extraction </term> of <term> translation lexicons </term> from printed <term> text </term> .	#2776 We present an implementation of the model based on finite-state models, demonstrate the model's ability to significantly reduce character and word error rate, and provide evaluation results involvingautomatic extraction of translation lexicons from printed text.
tech,42-1-N03-1018,ak	In this paper , we introduce a <term> generative probabilistic optical character recognition ( OCR ) model </term> that describes an end-to-end process in the <term> noisy channel framework </term> , progressing from <term> generation of true text </term> through its transformation into the <term> noisy output </term> of an <term> OCR system </term> .	#2710 In this paper, we introduce a generative probabilistic optical character recognition (OCR) model that describes an end-to-end process in the noisy channel framework, progressing from generation of true text through its transformation into the noisy output of anOCR system.
tech,7-2-N03-1018,ak	The <term> model </term> is designed for use in <term> error correction </term> , with a focus on <term> post-processing </term> the <term> output </term> of <term> black-box OCR systems </term> in order to make it more useful for <term> NLP tasks </term> .	#2720 The model is designed for use inerror correction, with a focus on post-processing the output of black-box OCR systems in order to make it more useful for NLP tasks.


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