Concordance

Query P97-1026 15 >
Subparts filter 15 (480.2 per million)

tech,3-1-P97-1026,ak	We present an <term> algorithm </term> for simultaneously constructing both the <term> syntax </term> and <term> semantics </term> of a <term> sentence </term> using a <term> Lexicalized Tree Adjoining Grammar ( LTAG ) </term> .	#29370 We present analgorithm for simultaneously constructing both the syntax and semantics of a sentence using a Lexicalized Tree Adjoining Grammar (LTAG).
other,9-1-P97-1026,ak	We present an <term> algorithm </term> for simultaneously constructing both the <term> syntax </term> and <term> semantics </term> of a <term> sentence </term> using a <term> Lexicalized Tree Adjoining Grammar ( LTAG ) </term> .	#29376 We present an algorithm for simultaneously constructing both thesyntax and semantics of a sentence using a Lexicalized Tree Adjoining Grammar (LTAG).
other,11-1-P97-1026,ak	We present an <term> algorithm </term> for simultaneously constructing both the <term> syntax </term> and <term> semantics </term> of a <term> sentence </term> using a <term> Lexicalized Tree Adjoining Grammar ( LTAG ) </term> .	#29378 We present an algorithm for simultaneously constructing both the syntax andsemantics of a sentence using a Lexicalized Tree Adjoining Grammar (LTAG).
other,14-1-P97-1026,ak	We present an <term> algorithm </term> for simultaneously constructing both the <term> syntax </term> and <term> semantics </term> of a <term> sentence </term> using a <term> Lexicalized Tree Adjoining Grammar ( LTAG ) </term> .	#29381 We present an algorithm for simultaneously constructing both the syntax and semantics of asentence using a Lexicalized Tree Adjoining Grammar (LTAG).
lr,17-1-P97-1026,ak	We present an <term> algorithm </term> for simultaneously constructing both the <term> syntax </term> and <term> semantics </term> of a <term> sentence </term> using a <term> Lexicalized Tree Adjoining Grammar ( LTAG ) </term> .	#29384 We present an algorithm for simultaneously constructing both the syntax and semantics of a sentence using aLexicalized Tree Adjoining Grammar ( LTAG ).
other,9-2-P97-1026,ak	This approach captures naturally and elegantly the interaction between <term> pragmatic and syntactic constraints </term> on <term> descriptions </term> in a <term> sentence </term> , and the <term> inferential interactions </term> between multiple <term> descriptions </term> in a <term> sentence </term> .	#29401 This approach captures naturally and elegantly the interaction betweenpragmatic and syntactic constraints on descriptions in a sentence, and the inferential interactions between multiple descriptions in a sentence.
other,14-2-P97-1026,ak	This approach captures naturally and elegantly the interaction between <term> pragmatic and syntactic constraints </term> on <term> descriptions </term> in a <term> sentence </term> , and the <term> inferential interactions </term> between multiple <term> descriptions </term> in a <term> sentence </term> .	#29406 This approach captures naturally and elegantly the interaction between pragmatic and syntactic constraints ondescriptions in a sentence, and the inferential interactions between multiple descriptions in a sentence.
other,17-2-P97-1026,ak	This approach captures naturally and elegantly the interaction between <term> pragmatic and syntactic constraints </term> on <term> descriptions </term> in a <term> sentence </term> , and the <term> inferential interactions </term> between multiple <term> descriptions </term> in a <term> sentence </term> .	#29409 This approach captures naturally and elegantly the interaction between pragmatic and syntactic constraints on descriptions in asentence, and the inferential interactions between multiple descriptions in a sentence.
other,21-2-P97-1026,ak	This approach captures naturally and elegantly the interaction between <term> pragmatic and syntactic constraints </term> on <term> descriptions </term> in a <term> sentence </term> , and the <term> inferential interactions </term> between multiple <term> descriptions </term> in a <term> sentence </term> .	#29413 This approach captures naturally and elegantly the interaction between pragmatic and syntactic constraints on descriptions in a sentence, and theinferential interactions between multiple descriptions in a sentence.
other,25-2-P97-1026,ak	This approach captures naturally and elegantly the interaction between <term> pragmatic and syntactic constraints </term> on <term> descriptions </term> in a <term> sentence </term> , and the <term> inferential interactions </term> between multiple <term> descriptions </term> in a <term> sentence </term> .	#29417 This approach captures naturally and elegantly the interaction between pragmatic and syntactic constraints on descriptions in a sentence, and the inferential interactions between multipledescriptions in a sentence.
other,28-2-P97-1026,ak	This approach captures naturally and elegantly the interaction between <term> pragmatic and syntactic constraints </term> on <term> descriptions </term> in a <term> sentence </term> , and the <term> inferential interactions </term> between multiple <term> descriptions </term> in a <term> sentence </term> .	#29420 This approach captures naturally and elegantly the interaction between pragmatic and syntactic constraints on descriptions in a sentence, and the inferential interactions between multiple descriptions in asentence.
model,11-3-P97-1026,ak	At the same time , it exploits linguistically motivated , declarative <term> specifications </term> of the <term> discourse functions </term> of <term> syntactic constructions </term> to make contextually appropriate <term> syntactic choices </term> .	#29433 At the same time, it exploits linguistically motivated, declarativespecifications of the discourse functions of syntactic constructions to make contextually appropriate syntactic choices.
other,14-3-P97-1026,ak	At the same time , it exploits linguistically motivated , declarative <term> specifications </term> of the <term> discourse functions </term> of <term> syntactic constructions </term> to make contextually appropriate <term> syntactic choices </term> .	#29436 At the same time, it exploits linguistically motivated, declarative specifications of thediscourse functions of syntactic constructions to make contextually appropriate syntactic choices.
other,17-3-P97-1026,ak	At the same time , it exploits linguistically motivated , declarative <term> specifications </term> of the <term> discourse functions </term> of <term> syntactic constructions </term> to make contextually appropriate <term> syntactic choices </term> .	#29439 At the same time, it exploits linguistically motivated, declarative specifications of the discourse functions ofsyntactic constructions to make contextually appropriate syntactic choices.
other,23-3-P97-1026,ak	At the same time , it exploits linguistically motivated , declarative <term> specifications </term> of the <term> discourse functions </term> of <term> syntactic constructions </term> to make contextually appropriate <term> syntactic choices </term> .	#29445 At the same time, it exploits linguistically motivated, declarative specifications of the discourse functions of syntactic constructions to make contextually appropriatesyntactic choices.


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