P92-1007 incorporate the notions of semantic head-driven generation . Our approach , based on systemic
P98-2227 head-driven HPSG grammar with a head-driven generation algorithm is a natural approach
P98-2227 approach no longer works . In fact , head-driven generation of even simple phrases such •
P98-2227 without ad hoc machinery . <title> Head-Driven Generation with HPSG </title> Graham Wilcock
C96-2111 techniques in the context of semantic - head-driven generation , we are concerned here with
H93-1042 control a version of the Semantic Head-Driven Generation algorithm \ -LSB- 16 \ -RSB-
P92-1005 means that algorithms such as head-driven generation ( Shieber et a / 1990 ) can be
P98-2227 clearly defined in HPSG , semantic head-driven generation should be easy to implement .
P98-2227 clear semantic heads , semantic head-driven generation should be simple . We adapt van
P94-1031 also be employed by the semantic head-driven generation algorithm -LSB- 17 -RSB- while
P98-2227 qstore!QS &amp; conx!CX ) . However , head-driven generation does not work with this inclusive
P98-2227 starting logical form , and perform head-driven generation successfully using the BUG1 generator
W91-0111 parsing algorithm and the semantic head-driven generation -LSB- 8 -RSB- naturally emerge
P98-2227 context . With these revisions , head-driven generation with HPSG is not so simple ,
P98-2227 HPSG grammar . We conclude that head-driven generation with HPSG is possible , but there
P98-2227 : - 3 Quantifiers and Context Head-driven generation as in Section 2 works fine if
P98-2227 proposals . We therefore conclude that head-driven generation with HPSG is indeed a feasible
C90-2052 proof procedure for DCG based on head-driven generation \ -LSB- 18 , 19 , 22 \ -RSB-
P98-2227 generated . 2.1 Semantic heads Head-driven generation algorithms are based on the idea
W91-0111 parsing procedures and semantic head-driven generation . Thus , the same representation
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