In Situ Binding: A Hybrid Approach

Areces, C. and Bernardi, R.. In Situ Binding: A Hybrid Approach. In Inference in Computational Semantics 4 - ICoS-4, Nancy, France, Nancy, France, September 2003.

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Abstract:

Due to the concatenative interpretation of its composition operator, the base categorial type logic \NLd encounters some difficulties when analyzing non-concatenative material. Hence, modeling linguistic phenomena like anaphora resolution, long distance binding, gapping, discontinuity and quantifier raising becomes a problem in this logic. We propose an extension of \NLd with hybrid operators (nominals and the \,:-operator), and show that this extension has the needed expressivity to define frame classes leading to a proper modeling of long distance binding. We focus our presentation on the treatment of quantifier phrases.

BibTeX: (download)

@INPROCEEDINGS{arec:insi03,
  author = {Areces, C. and Bernardi, R.},
  title = {In Situ Binding: A Hybrid Approach},
  booktitle = {Inference in Computational Semantics 4 - ICoS-4, Nancy, France},
  year = {2003},
  address = {Nancy, France},
  month = {September},
  abstract = {Due to the concatenative interpretation of its composition operator,
	the base categorial type logic \NLd encounters some difficulties
	when analyzing non-concatenative material. Hence, modeling linguistic
	phenomena like anaphora resolution, long distance binding, gapping,
	discontinuity and quantifier raising becomes a problem in this logic.
	We propose an extension of \NLd with hybrid operators (nominals and
	the \,:-operator), and show that this extension has the needed expressivity
	to define frame classes leading to a proper modeling of long distance
	binding. We focus our presentation on the treatment of quantifier
	phrases.},
  keywords = {categorial type logics, hybrid logics, quantifiers}
}

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