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Note: Links lead to the DBLP on the Web. Fred Popowich Fred Popowich: Using text mining and natural language processing for health care claims processing. SIGKDD Explorations 7 (1): 59-66 (2005) Katia Dilkina , Fred Popowich: An Algorithm for Anaphora Resolution in Aviation Safety Reports. Canadian Conference on AI 2004 : 534-539 Scott McDonald , Davide Turcato , Paul McFetridge , Fred Popowich, Janine Toole : Collocation Discovery for Optimal Bilingual Lexicon Development. Canadian Conference on AI 2000 : 126-137 Caroline Barrière , Fred Popowich: Expanding the Type Hierarchy with Nonlexical Concepts. Canadian Conference on AI 2000 : 53-68 Petr Pp Kubon , Fred Popowich, Gordon Tisher : An Extendable Natural Language Interface to a Consumer Service Database. Canadian Conference on AI 2000 : 82-89 Maria M. Klawe , Ian Cavers , Fred Popowich, Grace Chen : ARC. Woman, Work and Computerization 2000 : 94-101 Davide Turcato , Paul McFetridge , Fred Popowich, Janine Toole : A Unified Example-Based and Lexicalist Approach to Machine Translation CoRR cs.CL/9906034 : (1999) Janine Toole , Fred Popowich, Devlan Nicholson , Davide Turcato , Paul McFetridge : Explanation-based Learning for Machine Translation CoRR cs.CL/9907008 : (1999) Davide Turcato , Paul McFetridge , Fred Popowich, Janine Toole : A Bootstrap Approach to Automatically Generating Lexical Transfer Rules CoRR cs.CL/9907017 : (1999) Janine Toole , Davide Turcato , Fred Popowich, Dan Fass , Paul McFetridge : Time-Constrained Machine Translation. AMTA 1998 : 103-112 Caroline Barrière , Fred Popowich: Concept Clustering and Knowledge Integration from a Children's Dictionary CoRR cmp-lg/9703002 : (1997) Fred Popowich, Davide Turcato , Olivier Laurens , Paul McFetridge , Devlan Nicholson , Patrick McGivern , Maricela Corzo Pena , Lisa Pidruchney , Scott McDonald : A Lexicalist Approach to the Translation of Colloquial Text CoRR cmp-lg/9706024 : (1997) Carl Vogel , Fred Popowich: A Parametric Definition for a Family of Inheritance Reasoners. New Generation Comput. 15 (3): 247-292 (1997) Caroline Barrière , Fred Popowich: Concept clustering and knowledge integration from a children's dictionary. COLING 1996 : 65-70 Fred Popowich: A Chart Generator for Shake and Bake Machine Translation. Canadian Conference on AI 1996 : 97-108 Gary Hall , Fred Popowich, Dan Fass : Natural Language Edit Controls: Constrained Natural Language Devices in User Interfaces. ICTAI 1996 : 475-477 Fred Popowich: A Chart Generator for Shake and Bake Machine Translation CoRR cmp-lg/9605017 : (1996) Paul McFetridge , Fred Popowich, Dan Fass : An Analysis of Compounds in HPSG (Head-Driven Phrase Structure Grammar) for Database Queries. Data Knowl. Eng. 20 (2): 195-209 (1996) James Andrews , Verónica Dahl , Fred Popowich: Characterizing Logic Grammars: A Substructural Logic Approach. J. Log. Program. 26 (3): 235-283 (1996) Paul McFetridge , Fred Popowich, Dan Fass : An Analysis of Compounds in HPSG for Database Queries. NLDB 1995 : 0- Fred Popowich: Improving the Efficiency of a Generation Algorithm for Shake and Bake Machine Translation Using Head-Driven Phrase Structure Grammar CoRR cmp-lg/9505021 : (1995) Nick Cercone , Paul McFetridge , Jiawei Han , Fred Popowich: Human-Computer Interfaces: DBLEARN and System X. RSKD 1993 : 32-43 Fred Popowich, Paul McFetridge , Dan Fass , Gary Hall : Processing Complex Noun Phrases In A Natural Language Interface To A Statistical Database. COLING 1992 : 46-52 Fred Popowich, Carl Vogel : A Logic-Based Implementation of Head-Driven Phrase Structure Grammar. Natural Language Understanding and Logic Programming Workshop 1991 : 227-245 Verónica Dahl , Fred Popowich: Parsing and Generation with Static Discontinuity Grammars. New Generation Comput. 8 (3): 245- (1990) Fred Popowich: Tree Unification Grammar. ACL 1989 : 228-236 Fred Popowich: Unrestricted gapping grammars. Computational Intelligence 2 : 28-53 (1986) Fred Popowich: Saumer: Sentence Analysis Using Metarules. EACL 1985 : 48-56 Fred Popowich: Unrestrictd Gapping Grammars. IJCAI 1985 : 765-768 1 [ 11 ] 2 [ 16 ] [ 19 ] [ 26 ] 3 [ 24 ] 4 [ 8 ] 5 [ 24 ] 6 [ 5 ] [ 11 ] 7 [ 28 ] 8 [ 7 ] [ 10 ] [ 12 ] [ 14 ] [ 20 ] 9 [ 7 ] [ 14 ] 10 [ 8 ] 11 [ 24 ] 12 [ 25 ] 13 [ 18 ] 14 [ 18 ] [ 27 ] 15 [ 7 ] [ 8 ] [ 10 ] [ 12 ] [ 18 ] [ 20 ] [ 21 ] [ 22 ] [ 23 ] [ 27 ] 16 [ 18 ] 17 [ 18 ] [ 22 ] 18 [ 18 ] 19 [ 18 ] 20 [ 25 ] 21 [ 20 ] [ 21 ] [ 22 ] [ 23 ] [ 27 ] 22 [ 18 ] [ 20 ] [ 21 ] [ 22 ] [ 23 ] [ 27 ] 23 [ 6 ] [ 17 ]  ©2006 Association for Computing Machinery |
