Small Navigation Menu

Primary Menu

Browse by Author

Up a level
Export as [feed] Atom [feed] RSS
Number of items: 17.

Lappin, Shalom and Fernandez, R and Ginzburg, J (2007) Classifying Non-Sentential Utterances in Dialogue: A Machine Learning Approach.

Lappin, Shalom and Shieber, S (2007) Machine Learning Theory and Practice as a Source of Insight into Universal Grammar.

Lappin, Shalom and Fernandez, R and Ginzburg, J and Gregory, H (2006) SHARDS: Fragment Resolution in Dialogue.

Lappin, Shalom and Fox, C (2005) Achieving Expressive Completeness and Computational Efficiency for Underspecified Semantic Representations.

Lappin, Shalom and Fernandez, R and Ginzburg, J (2005) Automatic Bare Sluice Disambiguation in Dialogue.

Lappin, Shalom (2005) Machine Learning and the Cognitive Basis of Natural Language.

Lappin, Shalom (2005) A Sequenced Model of Anaphora and Ellipsis Resolution.

Lappin, Shalom and Fox, C (2005) Underspecified Interpretations in a Curry-Typed Representation Language.

Lappin, Shalom and Fernandez, R and Ginzburg, J (2005) Using Machine Learning for Non-Sentential Utterance Classification.

Lappin, Shalom and Fernandez, R and Ginzburg, J (2004) Classifying Ellipsis in Dialogue: A Machine Learning Approach.

Lappin, Shalom and Fox, C (2004) An Expressive First-Order Logic for Natural Language Semantics.

Lappin, Shalom and Fox, C (2004) A Type-Theoretic Approach to Anaphora and Ellipsis Resolution.

Lappin, Shalom and Fox, C (2003) Doing Natural Language Semantics in an Expressive First-Order Logic with Flexible Typing.

Lappin, Shalom and Ebert, C and Gregory, H and Nicolov, N (2003) Full Paraphrase Generation for Fragments in Dialogue.

Lappin, Shalom and Fox, C and Pollard, C (2002) First-Order Curry-Typed Logic for Natural Language Semantics.

Lappin, Shalom and Fox, C and Pollard, C (2002) A Higher-Order Fine-Grained Logic for Intensional Semantics.

Lappin, Shalom and Fox, C and Pollard, C (2002) Intensional First-Order Logic with Types.

This list was generated on Fri Nov 22 02:24:45 2024 GMT.