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Hits 1 – 14 of 14

1	Linking Semantic and Knowledge Representations in a Multi-Domain Dialogue System
	Dzikovska, Myroslave O.; Allen, James F.; Swift, Mary D.
	In: DTIC (2007)
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2	Using Multiple Adaptively-Weighted Strategies for the Resolution of Demonstratives
	Brown, Ralf D.
	In: DTIC AND NTIS (1993)
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3	Detection and Correction of Repairs in Human-Computer Dialog
	Bear, John; Dowding, John; Shriberg, Elizabeth
	In: DTIC (1992)
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4	Incremental Interpretation
	Pereira, Fernando C.; Pollack, Martha E.
	In: DTIC (1990)
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5	Integrating Syntax, Semantics, and Discourse DARPA Natural Language Understanding Program
	Hirschman, Lynette
	In: DTIC AND NTIS (1987)
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6	Design of a Master Lexicon.
	Cumming,Susanna
	In: DTIC AND NTIS (1986)
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7	Tools for Testing Denotational Semantic Definitions of Programming Languages.
	Kini,Vittal; Martin,David F; Stoughton,Allen
	In: DTIC AND NTIS (1983)
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8	ADAPAR: An Ada Recognizer.
	Ure,William R
	In: DTIC AND NTIS (1982)
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9	The METAL System. Volume I and Volume II. Appendices.
	Lehmann,Winfred P; Bennett,Winfield S; Slocum,Jonathan; Smith,Howard; Pfluger,Solveig M V
	In: DTIC AND NTIS (1981)
	Abstract: The report documents the results of a 30-month effort directed at the implementation of Phase II of three R&D phases originally projected for completion of a comprehensive operational capability for German-English machine translation. METAL is an advanced machine translation system of tripartite design, i.e., it consists of three components; a lexicon, a grammar and a set of computational rules. The latter can be used with the lexicon and grammar of any natural language involved in a machine translation process. Consequently, linquistic updating does not require corresponding changes in the repertory of computational rules. The System represents a third generation approach to machine translation based on lexical, syntatic/semantic and pragmatic knowledge bases traditionally associated with competent human translation. The output of METAL is produced in natural language, rather than in 'machinese'. Section 3 of the report discusses the operation of METAL in terms of its functional characteristics. Sections 4 and 5 provide a detailed description of linguistic component and programming implementation. Section 7 contains the results of testing on live data in a quasi-operational environment. METAL can be run in batch mode on the CDC 6600 (LISP version) and in an interactive mode on the DEC PDP-20 (INTERLISP version). (Author) ; See also Rept. no. RADC-TR-71-295-VOL-1, AD-737 573.
	Keyword: COMPUTER PROGRAM DOCUMENTATION; COMPUTER PROGRAMMING; *MACHINE TRANSLATION; ARTIFICIAL INTELLIGENCE; CDC 6600 computers; Computer Programming and Software; ENGLISH LANGUAGE; GERMAN LANGUAGE; GRAMMARS; LEXICOGRAPHY; Linguistics; LISP programming languages; Metal computer program; METHODOLOGY; NATURAL LANGUAGE; PE62702F; POP-20 computers; SEMANTICS; SPECIFICATIONS; SYNTAX; USER NEEDS; WURADC45940832
	URL: http://oai.dtic.mil/oai/oai?&verb=getRecord&metadataPrefix=html&identifier=ADA097896 http://www.dtic.mil/docs/citations/ADA097896
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10	The Role of Object Primitives in Natural Language Processing.
	Lehnert,Wendy G; Burstein,Mark H
	In: DTIC AND NTIS (1979)
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11	Linguistic Documentation of Metal System
	Lehmann, Winfred P; Pflueger, Solveig M; Hewitt, Helen-Jo J...
	In: DTIC AND NTIS (1978)
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12	Making Computational Sense of Montague's Intesional Logic.
	Hobbs,Jerry R; Rosenschein,Stanley J
	In: DTIC AND NTIS (1976)
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13	Towards a Semantic Theory of Dynamic Binding
	Gordon, Michael
	In: DTIC AND NTIS (1975)
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14	Operational Reasoning and Denotational Semantics
	Gordon, Michael
	In: DTIC AND NTIS (1975)
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