Concordance

Query A97-1027 12 >
Random sample 12 (384.2 per million)

tech,10-1-A97-1027,ak	In this paper , we want to show how the <term> morphological component </term> of an existing <term> NLP-system </term> for <term> Dutch </term> ( <term> Dutch Medical Language Processor - DMLP </term> ) has been extended in order to produce <term> output </term> that is compatible with the <term> language independent modules </term> of the <term> LSP-MLP system ( Linguistic String Project - Medical Language Processor ) </term> of the New York University .	#28474 In this paper, we want to show how themorphological component of an existing NLP-system for Dutch (Dutch Medical Language Processor - DMLP) has been extended in order to produce output that is compatible with the language independent modules of the LSP-MLP system (Linguistic String Project - Medical Language Processor) of the New York University.
tech,15-1-A97-1027,ak	In this paper , we want to show how the <term> morphological component </term> of an existing <term> NLP-system </term> for <term> Dutch </term> ( <term> Dutch Medical Language Processor - DMLP </term> ) has been extended in order to produce <term> output </term> that is compatible with the <term> language independent modules </term> of the <term> LSP-MLP system ( Linguistic String Project - Medical Language Processor ) </term> of the New York University .	#28479 In this paper, we want to show how the morphological component of an existingNLP-system for Dutch (Dutch Medical Language Processor - DMLP) has been extended in order to produce output that is compatible with the language independent modules of the LSP-MLP system (Linguistic String Project - Medical Language Processor) of the New York University.
other,17-1-A97-1027,ak	In this paper , we want to show how the <term> morphological component </term> of an existing <term> NLP-system </term> for <term> Dutch </term> ( <term> Dutch Medical Language Processor - DMLP </term> ) has been extended in order to produce <term> output </term> that is compatible with the <term> language independent modules </term> of the <term> LSP-MLP system ( Linguistic String Project - Medical Language Processor ) </term> of the New York University .	#28481 In this paper, we want to show how the morphological component of an existing NLP-system forDutch (Dutch Medical Language Processor - DMLP) has been extended in order to produce output that is compatible with the language independent modules of the LSP-MLP system (Linguistic String Project - Medical Language Processor) of the New York University.
tool,19-1-A97-1027,ak	In this paper , we want to show how the <term> morphological component </term> of an existing <term> NLP-system </term> for <term> Dutch </term> ( <term> Dutch Medical Language Processor - DMLP </term> ) has been extended in order to produce <term> output </term> that is compatible with the <term> language independent modules </term> of the <term> LSP-MLP system ( Linguistic String Project - Medical Language Processor ) </term> of the New York University .	#28483 In this paper, we want to show how the morphological component of an existing NLP-system for Dutch (Dutch Medical Language Processor - DMLP) has been extended in order to produce output that is compatible with the language independent modules of the LSP-MLP system (Linguistic String Project - Medical Language Processor) of the New York University.
other,33-1-A97-1027,ak	In this paper , we want to show how the <term> morphological component </term> of an existing <term> NLP-system </term> for <term> Dutch </term> ( <term> Dutch Medical Language Processor - DMLP </term> ) has been extended in order to produce <term> output </term> that is compatible with the <term> language independent modules </term> of the <term> LSP-MLP system ( Linguistic String Project - Medical Language Processor ) </term> of the New York University .	#28497 In this paper, we want to show how the morphological component of an existing NLP-system for Dutch (Dutch Medical Language Processor - DMLP) has been extended in order to produceoutput that is compatible with the language independent modules of the LSP-MLP system (Linguistic String Project - Medical Language Processor) of the New York University.
tech,39-1-A97-1027,ak	In this paper , we want to show how the <term> morphological component </term> of an existing <term> NLP-system </term> for <term> Dutch </term> ( <term> Dutch Medical Language Processor - DMLP </term> ) has been extended in order to produce <term> output </term> that is compatible with the <term> language independent modules </term> of the <term> LSP-MLP system ( Linguistic String Project - Medical Language Processor ) </term> of the New York University .	#28503 In this paper, we want to show how the morphological component of an existing NLP-system for Dutch (Dutch Medical Language Processor - DMLP) has been extended in order to produce output that is compatible with thelanguage independent modules of the LSP-MLP system (Linguistic String Project - Medical Language Processor) of the New York University.
tool,44-1-A97-1027,ak	In this paper , we want to show how the <term> morphological component </term> of an existing <term> NLP-system </term> for <term> Dutch </term> ( <term> Dutch Medical Language Processor - DMLP </term> ) has been extended in order to produce <term> output </term> that is compatible with the <term> language independent modules </term> of the <term> LSP-MLP system ( Linguistic String Project - Medical Language Processor ) </term> of the New York University .	#28508 In this paper, we want to show how the morphological component of an existing NLP-system for Dutch (Dutch Medical Language Processor - DMLP) has been extended in order to produce output that is compatible with the language independent modules of theLSP-MLP system ( Linguistic String Project - Medical Language Processor ) of the New York University.
other,17-2-A97-1027,ak	The former can take advantage of the language independent developments of the latter , while focusing on <term> idiosyncrasies </term> for <term> Dutch </term> .	#28542 The former can take advantage of the language independent developments of the latter, while focusing onidiosyncrasies for Dutch.
other,19-2-A97-1027,ak	The former can take advantage of the language independent developments of the latter , while focusing on <term> idiosyncrasies </term> for <term> Dutch </term> .	#28544 The former can take advantage of the language independent developments of the latter, while focusing on idiosyncrasies forDutch.
other,16-3-A97-1027,ak	This general strategy will be illustrated by a practical application , namely the highlighting of relevant <term> information </term> in a <term> patient discharge summary ( PDS ) </term> by means of modern <term> HyperText Mark-Up Language ( HTML ) technology </term> .	#28562 This general strategy will be illustrated by a practical application, namely the highlighting of relevantinformation in a patient discharge summary (PDS) by means of modern HyperText Mark-Up Language (HTML) technology.
other,19-3-A97-1027,ak	This general strategy will be illustrated by a practical application , namely the highlighting of relevant <term> information </term> in a <term> patient discharge summary ( PDS ) </term> by means of modern <term> HyperText Mark-Up Language ( HTML ) technology </term> .	#28565 This general strategy will be illustrated by a practical application, namely the highlighting of relevant information in apatient discharge summary ( PDS ) by means of modern HyperText Mark-Up Language (HTML) technology.
tech,29-3-A97-1027,ak	This general strategy will be illustrated by a practical application , namely the highlighting of relevant <term> information </term> in a <term> patient discharge summary ( PDS ) </term> by means of modern <term> HyperText Mark-Up Language ( HTML ) technology </term> .	#28575 This general strategy will be illustrated by a practical application, namely the highlighting of relevant information in a patient discharge summary (PDS) by means of modernHyperText Mark-Up Language ( HTML ) technology.


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