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CALL FOR PAPERS The 23rd Annual Applied Linguistics Winter Conference sponsored by NYS-TESOL APPLIED LINGUISTICS SIG & RISLUS (CUNY Research Institute for the Study of Language in Urban Society) Saturday, February 3, 2001 at The Graduate Center, CUNY, New York, NY Theme: The Role of the Teacher To submit proposals for 40 minute presentations (30 min. talks and 10 min. for questions) on research or pedagogical practices related to the conference theme or other areas of applied linguistics, send -three copies of one page summary without identifying information -one copy with name, address, affiliation, and e-mail -one fifty-word summary for the program book to Maria Treglia Dept. of Developmental Skills Borough of Manhattan Community College New York, NY 10007 Proposals due by November 15, 2000 For questions write to Maria Treglia at mot200Mail to author|Respond to list|Read more issues|LINGUIST home page|Top of issueis9.nyu.edu
Asymmetry Conference UQAM, May 7-10, 2001 Invited / Collaborators Manuela Ambar, Robert Beard, Bob Berwick, Geert Booij, Greg Carlson, Elan Dresher, Abdelkader Fassi Fehri, Sandiway Fong, Jaquelyne Gu�ron , Harry van der Hulst, Richard Kayne, Ken Hale and Jay Keyser, Jim Higginbotham, Alec Marantz, Carole Paradis, Hana Philip,James Pustejovsky, Angela Ralli, Marisa Rivero, Tom Roeper, Sergio Scalise, Edward Stabler, Carol Tenny and Peggy Speas, Charles Yang, Eric Wherli, Edwin Williams SPONSORS Social Sciences and Humanities Research Council of Canada Universit� du Qu�bec � Montr�al ORGANISERS The Asymmetry Project Group http://www.asymmetryproject.uqam.ca DESCRIPTION Interest in asymmetry is increasing in theoretical linguistics. Restrictions observed in a great variety of languages on the composition and displacement of linguistic elements, their dependency and their linear order, indicate that Universal Grammar includes asymmetrical relations the investigation of which is crucial to the formulation of a fine grained explanatory theory of human mind/brain. Understanding of natural language asymmetries contributes to our understanding of what is common to all languages, but not immediately accessible to human perception, the abstract relations inherent to Universal Grammar/Language Faculty. With asymmetry as part of the presumed Universal Grammar vocabulary, a number of phenomena can be analyzed from a new perspective: eg predication, telicity, scope of definite DP, indefinite DPs and wh-expressions as well as relative clauses. Notwithstanding the progress achieved, questions still arise with respect to the definition of grammar-specific asymmetry; its role in the identification of the primitives, the structural relations, the operations and the conditions of the grammar; its specific contribution in the derivation of the different objects generated by the grammar, its visibility at the interfaces, LF and PF; its effect in linguistic variation and linguistic change; its use by the performance systems. Interest in asymmetry is also increasing in computational linguistics. The computational linguistic aspect of this conference aims to contribute to our understanding of the performance systems, the conceptual-intentional system and the acoustic-perceptual system. They can be seen as universal systems allowing for an optimal interpretation of interface representations. We might think that, interacting with Universal Grammar, Universal Parser incrementally recovers natural language asymmetries. In this view questions arise with respect to the relative autonomy of the grammar and the parser, on the interaction of the performance systems and the form of interface representations, forcing given operations to apply for tractability considerations. If there is such an interaction, it is likely that the operations and the conditions imposed by the performance systems target asymmetrical relations. The importance of asymmetry in computational linguistics is already established, given the central role played by asymmetrical c-command in principle-based parsing (generate and filter type). It might be the case that a computational model based on the generation and recovery of more basic elementary asymmetrical relations (check and generate type) will constitute another step ahead in the field. The goal of the conference is to bring together linguists/logicians/computational scientists who have addressed these issues to explore the formalization, the consequences, the predictions and the applications of asymmetry in grammar and the performance systems. ABSTRACT SUBMISSION Abstracts are invited for thirty-minute talks (twenty minutes for presentation plus ten minutes for discussion). A limited number of oral presentations will be selected. In addition, abstract can be sent for the poster session. Please submit: - an one-page abstract, to Asymmetry Conference Committee D�partement de linguistique/D�partement d'informatique Universit� du Qu�bec � Montr�al Case Postale 8888, Succursale Centre Ville Montr�al, Pc, H3C 3P8 Canada - specify oral presentation or poster Send abstracts by FAX to: +514- 987-0377 or (preferably) by e-mail to: di_sciullo.anne-marieMail to author|Respond to list|Read more issues|LINGUIST home page|Top of issueuqam.ca Electronic submissions are encouraged; abstracts should be attached in plain text format or as Word files. - submit a camera-ready full paper no longer than 15 pages using 11pt fonts and single line spacing throughout, with the title of the paper, the name(s) of the author(s), affiliation(s), postal address, and e-mail address for correspondence on a separate page. Accepted papers will be published in a collection on asymmetry. DEADLINE All submissions must be received by 15th December 2000. Notification of acceptance will be emailed in mid-January. IMPORTANT DATES 15 December 2000: deadline for abstracts 15 January 2001: notification of acceptance 7-10 May 2001: Conference 15 June 2001: camera-read full paper MORE INFORMATION ABOUT THE CONFERENCE Anna Maria Di Sciullo Universit� du Qu�bec � Montr�al Department de linguistique Case Postale 8888, succursale Centre Ville Montr�al, Pc. Canada. H3C 3P8 Anna Maria Di Sciullo Director Asymmetry Project