![]() | ACL Anthology |
| A Digital Archive of Research Papers in Computational Linguistics |
J84-1000: Front matter
J84-1001: E. Judith Weiner
A Knowledge Representation Approach to Understanding Metaphors
J84-1002: Giovanni Guida; Giancarlo Mauri
A Formal of Natural Basis for Language Performance Evaluation Understanding Systems
J84-1003: John Thomas
Book Review: Principles of Computer Speech
J84-1004:
Site Report
J84-1005:
Announcements
J84-1006:
Calls for Papers
J84-1007:
Minutes of the 1983 ACL Meeting
J84-1008:
Minutes of the 1983 European Chapter General Meeting
J84-1009:
ACL INTERNATIONAL FUND
J84-1010:
Abstracts of Current Literature
J84-1011:
1983 ACL Membership List
J84-1012:
Guidelines for Submission
J84-2000: Front matter
J84-2001: Bruce W. Ballard; Nancy L. Tinkham
A Phrase-Structured Grammatical Framework for Transportable Natural Language Processing
J84-2002: Philip R. Cohen
The Pragmatics of Referring and the Modality of Communication
J84-2003:
Letter to the Editor
J84-2004: Virginia Teller
Book Review: The Textbook Problem: Winograd's Language as a Cognitive Process
J84-2005:
Books Awaiting Review
J84-2006:
Calls for Papers
J84-2007:
Programs
J84-2008:
Calls for Participation
J84-2009:
Announcements
J84-2010:
Abstracts of Current Literature
J84-2011:
Guidelines for Submission
J84-3000: Front matter
J84-3001: C. Raymond Perrault
On the Mathematical Properties of Linguistic Theories
J84-3002: Paul M. Postal
English and the Class of Context-Free Languages
J84-3003: Geoffrey K. Pullum
On Two Recent Attempts to Show that English Is Not a CFL
J84-3004: D. Terence Langendoen; Paul M. Postal
Comments on Pullum's Criticisms
J84-3005: Robert C. Berwick
Strong Generative Capacity, Weak Generative Capacity, and Modern Linguistic Theories
J84-3006: Bruce E. Nevin
Book Review: A Grammar of English on Mathematical Principles
J84-3007:
Announcing a New Section
J84-3008:
Site Report
J84-3009:
Program
J84-3010:
Minutes of the 1984 ACL Meeting
J84-3011:
Abstracts of Current Literature
J84-3012: Richard F. Gehrt
Take a few nanoseconds to explore the roots of computing