Concordance

Query H92-1060 24 (1,118.9 per million)

tool,7-1-H92-1060,bq	This paper describes an extension to the <term> MIT ATIS ( Air Travel Information Service ) system </term> , which allows it to answer a <term> question </term> when a full <term> linguistic analysis </term> fails .	#19340 This paper describes an extension to theMIT ATIS ( Air Travel Information Service ) system, which allows it to answer a question when a full linguistic analysis fails.
tech,23-1-H92-1060,bq	This paper describes an extension to the <term> MIT ATIS ( Air Travel Information Service ) system </term> , which allows it to answer a <term> question </term> when a full <term> linguistic analysis </term> fails .	#19356 This paper describes an extension to the MIT ATIS (Air Travel Information Service) system, which allows it to answer aquestion when a full linguistic analysis fails.
tech,27-1-H92-1060,bq	This paper describes an extension to the <term> MIT ATIS ( Air Travel Information Service ) system </term> , which allows it to answer a <term> question </term> when a full <term> linguistic analysis </term> fails .	#19360 This paper describes an extension to the MIT ATIS (Air Travel Information Service) system, which allows it to answer a question when a fulllinguistic analysis fails.
other,1-2-H92-1060,bq	This <term> robust parsing capability </term> was achieved through minor extensions of pre-existing <term> components </term> already in place for the full <term> linguistic analysis component </term> .	#19365 Thisrobust parsing capability was achieved through minor extensions of pre-existing components already in place for the full linguistic analysis component.
other,11-2-H92-1060,bq	This <term> robust parsing capability </term> was achieved through minor extensions of pre-existing <term> components </term> already in place for the full <term> linguistic analysis component </term> .	#19375 This robust parsing capability was achieved through minor extensions of pre-existingcomponents already in place for the full linguistic analysis component.
tech,18-2-H92-1060,bq	This <term> robust parsing capability </term> was achieved through minor extensions of pre-existing <term> components </term> already in place for the full <term> linguistic analysis component </term> .	#19382 This robust parsing capability was achieved through minor extensions of pre-existing components already in place for the fulllinguistic analysis component.
tech,1-3-H92-1060,bq	Robust <term> parsing </term> is applied only after a full <term> analysis </term> has failed , and it involves the two stages of 1 ) parsing a set of <term> phrases </term> and <term> clauses </term> , and 2 ) gluing them together to obtain a single <term> semantic frame </term> encoding the full <term> meaning </term> of the <term> sentence </term> .	#19387 Robustparsing is applied only after a full analysis has failed, and it involves the two stages of 1) parsing a set of phrases and clauses, and 2) gluing them together to obtain a single semantic frame encoding the full meaning of the sentence.
tech,8-3-H92-1060,bq	Robust <term> parsing </term> is applied only after a full <term> analysis </term> has failed , and it involves the two stages of 1 ) parsing a set of <term> phrases </term> and <term> clauses </term> , and 2 ) gluing them together to obtain a single <term> semantic frame </term> encoding the full <term> meaning </term> of the <term> sentence </term> .	#19394 Robust parsing is applied only after a fullanalysis has failed, and it involves the two stages of 1) parsing a set of phrases and clauses, and 2) gluing them together to obtain a single semantic frame encoding the full meaning of the sentence.
other,25-3-H92-1060,bq	Robust <term> parsing </term> is applied only after a full <term> analysis </term> has failed , and it involves the two stages of 1 ) parsing a set of <term> phrases </term> and <term> clauses </term> , and 2 ) gluing them together to obtain a single <term> semantic frame </term> encoding the full <term> meaning </term> of the <term> sentence </term> .	#19411 Robust parsing is applied only after a full analysis has failed, and it involves the two stages of 1) parsing a set ofphrases and clauses, and 2) gluing them together to obtain a single semantic frame encoding the full meaning of the sentence.
other,27-3-H92-1060,bq	Robust <term> parsing </term> is applied only after a full <term> analysis </term> has failed , and it involves the two stages of 1 ) parsing a set of <term> phrases </term> and <term> clauses </term> , and 2 ) gluing them together to obtain a single <term> semantic frame </term> encoding the full <term> meaning </term> of the <term> sentence </term> .	#19413 Robust parsing is applied only after a full analysis has failed, and it involves the two stages of 1) parsing a set of phrases andclauses, and 2) gluing them together to obtain a single semantic frame encoding the full meaning of the sentence.
other,39-3-H92-1060,bq	Robust <term> parsing </term> is applied only after a full <term> analysis </term> has failed , and it involves the two stages of 1 ) parsing a set of <term> phrases </term> and <term> clauses </term> , and 2 ) gluing them together to obtain a single <term> semantic frame </term> encoding the full <term> meaning </term> of the <term> sentence </term> .	#19425 Robust parsing is applied only after a full analysis has failed, and it involves the two stages of 1) parsing a set of phrases and clauses, and 2) gluing them together to obtain a singlesemantic frame encoding the full meaning of the sentence.
other,44-3-H92-1060,bq	Robust <term> parsing </term> is applied only after a full <term> analysis </term> has failed , and it involves the two stages of 1 ) parsing a set of <term> phrases </term> and <term> clauses </term> , and 2 ) gluing them together to obtain a single <term> semantic frame </term> encoding the full <term> meaning </term> of the <term> sentence </term> .	#19430 Robust parsing is applied only after a full analysis has failed, and it involves the two stages of 1) parsing a set of phrases and clauses, and 2) gluing them together to obtain a single semantic frame encoding the fullmeaning of the sentence.
other,47-3-H92-1060,bq	Robust <term> parsing </term> is applied only after a full <term> analysis </term> has failed , and it involves the two stages of 1 ) parsing a set of <term> phrases </term> and <term> clauses </term> , and 2 ) gluing them together to obtain a single <term> semantic frame </term> encoding the full <term> meaning </term> of the <term> sentence </term> .	#19433 Robust parsing is applied only after a full analysis has failed, and it involves the two stages of 1) parsing a set of phrases and clauses, and 2) gluing them together to obtain a single semantic frame encoding the full meaning of thesentence.
tech,10-4-H92-1060,bq	We have assessed the degree of success of the robust <term> parsing mechanism </term> through a breakdown of the <term> performance </term> of robustly parsed vs. fully parsed <term> sentences </term> on the <term> October '91 dry-run test set </term> .	#19445 We have assessed the degree of success of the robustparsing mechanism through a breakdown of the performance of robustly parsed vs. fully parsed sentences on the October '91 dry-run test set.
measure(ment),17-4-H92-1060,bq	We have assessed the degree of success of the robust <term> parsing mechanism </term> through a breakdown of the <term> performance </term> of robustly parsed vs. fully parsed <term> sentences </term> on the <term> October '91 dry-run test set </term> .	#19452 We have assessed the degree of success of the robust parsing mechanism through a breakdown of theperformance of robustly parsed vs. fully parsed sentences on the October '91 dry-run test set.
other,24-4-H92-1060,bq	We have assessed the degree of success of the robust <term> parsing mechanism </term> through a breakdown of the <term> performance </term> of robustly parsed vs. fully parsed <term> sentences </term> on the <term> October '91 dry-run test set </term> .	#19459 We have assessed the degree of success of the robust parsing mechanism through a breakdown of the performance of robustly parsed vs. fully parsedsentences on the October '91 dry-run test set.
lr-prod,27-4-H92-1060,bq	We have assessed the degree of success of the robust <term> parsing mechanism </term> through a breakdown of the <term> performance </term> of robustly parsed vs. fully parsed <term> sentences </term> on the <term> October '91 dry-run test set </term> .	#19462 We have assessed the degree of success of the robust parsing mechanism through a breakdown of the performance of robustly parsed vs. fully parsed sentences on theOctober '91 dry-run test set.
tech,6-5-H92-1060,bq	It was clear that the robust <term> parser </term> allowed us to answer many more <term> questions </term> correctly , as over a third of the <term> sentences </term> were not covered by the <term> grammar </term> .	#19474 It was clear that the robustparser allowed us to answer many more questions correctly, as over a third of the sentences were not covered by the grammar.
tech,13-5-H92-1060,bq	It was clear that the robust <term> parser </term> allowed us to answer many more <term> questions </term> correctly , as over a third of the <term> sentences </term> were not covered by the <term> grammar </term> .	#19481 It was clear that the robust parser allowed us to answer many morequestions correctly, as over a third of the sentences were not covered by the grammar.
tech,22-5-H92-1060,bq	It was clear that the robust <term> parser </term> allowed us to answer many more <term> questions </term> correctly , as over a third of the <term> sentences </term> were not covered by the <term> grammar </term> .	#19490 It was clear that the robust parser allowed us to answer many more questions correctly, as over a third of thesentences were not covered by the grammar.


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