C00-2164 natural language generation , incremental processing is a central issue . According
C96-1070 recomputing partial results and achieve incremental processing by using a bottom-up and left-to-right
C00-2164 of these rules take place . 3.3 Incremental processing In natural language generation
C92-1061 the capacity of leading to an incremental processing , which , in turn , leads to
C00-2164 : quantitative and qualitative incremental processing ( \ -RSB- ? in - kier , 1997
C00-1017 investigate the effects of imposing incremental processing and significant memory limitations
C92-1024 the theoretical possibility of incremental processing using the Lambek calculus , no
C96-2191 translation : 1 . Incremental processing Incremental processing is required so as to handle fragmental
C92-1024 might be viewed as antithetical to incremental processing since it fundamentally involves
C94-2164 semantic analysis disables the incremental processing required for real-time dialogue
C96-2191 spoken-language translation : 1 . Incremental processing Incremental processing is required
C92-2108 2 ) because it 's clear during incremental processing that the text following tile
C96-1082 are algorithms m ~ suitable for incremental processing ( e.g. A * ) . h ~ crementality
C94-1076 utility of a tninlmality notion in incremental processing ) 1 Introduction 1.1 Background
C90-3051 granunatical formalisms enable incremental processing . Cai , egorial gratmnoa - in
A92-1006 for parallel exe - cution , the incremental processing of parallel computing tasks on
C94-1070 ) use the managers to simulate Incremental Processing . In the second section , some
C00-2164 - kier , 1997 ) . Quantitative incremental processing nmans that the inlmt to a process
C88-1005 implies faster unification . The incremental processing means that at the end of the
C00-1017 ( ~ meXnOl ' y limitntions mM incremental processing . Fm ' - thermore , parse times
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