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This volume presents a computational model of predicate composition that derives the distinct properties of ``words'' and ``phrases'' within a single component of grammar and its interface conditions, thus providing an insight into the interaction between morphology and syntax.
Based on a cross-lingual study of complex predicates and verb phrase aspect, with special focus on Armenian and Persian, Megerdoomian isolates the primitive atoms used to encode meaning in the syntactic code and argues for parallel nominal and verbal structures. The notion of word is thus defined as a level in the…mehr

Produktbeschreibung
This volume presents a computational model of
predicate composition that derives the
distinct properties of ``words'' and ``phrases''
within a single component of grammar and its
interface conditions, thus providing an insight into
the interaction between morphology and syntax.

Based on a cross-lingual study of complex predicates
and verb phrase aspect, with special focus on
Armenian and Persian,
Megerdoomian isolates the primitive atoms used to
encode meaning in the syntactic code and argues for
parallel nominal and verbal structures. The notion of
word is thus defined as a level in the syntactic
structure and the distinction between a "word" and a
"phrase" is characterized by the structural
complexity of the constituents involved in the
formation of a particular predicate. The distinct
syntactic and semantic properties of words and
phrases can be captured straightforwardly from the
resulting configuration and the interface conditions.
In the computational model developed, lexical
entries, combined with the spell-out node to the PF
component, determine the parameters for language
variation and can derive the structure-meaning
mismatches observed in verbal predicates.
Autorenporträt
Karine Megerdoomian is a Senior Artificial Intelligence Engineer
in the Human Language Technology group at the MITRE Corporation.