A Parsing Algorithm for Unification Grammar

Each execution of the while-loop in algorithm L EVELWISE - REPAIR takes at most O (n) time, where n is the length of an input

bu gen proc dvi A Complete, Efficient Sentence Realization Algorithm for Unification Grammar Robert C Moore Microsoft Research bobmoore@microsoft com Abstract This paper describes

COMPILING TRACE & UNIFICATION GRAMMAR FOR PARSING AND GENERATION C O M P I L I N G T R A C E & U N I F I C A T I O N G R A M M A R F O R P A R S I N G A N D G E N E R A T I O N Hans

(2002) we prove that the depth of every derivation tree generated by a grammar whose context-free skeleton is finitely ambiguous is bounded by the number of syntactic categories

Following Shieber, we address the basic generation problem; that is, given a syntactic category K and a semantic representation ~, generate every possible string def'med by

Based on these works, we propose an enhanced chain code algorithm called closed loop chain code in representing a curve as an input in the line drawing interpretation and 3D

Unlike the case for context-free grammars, how- ever, the universal or uniform membership prob- lem for LCFRSs, where both the grammar and the string in question are considered

The second part is called the domain extender and links several compression functions together in such a way that the total hash function can operate on an input string of