In this paper , I present a computational implementation of Distributed Morphology ( Halle and Marantz , 1993 ) , a non-lexicalist linguistic theory that erases the distinction between syntactic derivation and morphological derivation .
distributed morphology and the pieces of inflection
Morris Halle Alec Marantz
For languages with rich derivational morphology , this problem is often critical : the standard architectural view of morphological analysis as a preprocessor presents difficulties in handling semantically meaningful affixes . In this paper , I present a computational implementation of Distributed Morphology ( Halle and Marantz , 1993 ) , a non-lexicalist linguistic theory that erases the distinction between syntactic derivation and morphological derivation . This framework leads to finer-grained semantics capable of better capturing linguistic generalizations .
In this paper , I present a computational implementation of Distributed Morphology ( @@CITATION ) , a non-lexicalist linguistic theory that erases the distinction between syntactic derivation and morphological derivation .