We investigate the use of polymorphic categorial grammars as a model for parsing natural language. We will show that, despite the undecidability of the general model, a subclass of polymorphic categorial grammars, which we call linear, is mildly context-sensitive and we propose a polynomial parsing algorithm for them. An interesting aspect of the resulting system is the absence of spurious ambiguity.
Capelletti M., Tamburini F. (2009). Polymorphic Categorial Grammars: expressivity and computational properties. s.l : s.n.
Polymorphic Categorial Grammars: expressivity and computational properties
TAMBURINI, FABIO
2009
Abstract
We investigate the use of polymorphic categorial grammars as a model for parsing natural language. We will show that, despite the undecidability of the general model, a subclass of polymorphic categorial grammars, which we call linear, is mildly context-sensitive and we propose a polynomial parsing algorithm for them. An interesting aspect of the resulting system is the absence of spurious ambiguity.File in questo prodotto:
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