#22227Thegrammar was based on English news stories and a high degree of success in parsing is reported.
other,5-2-P91-1016,ak
The
<term>
grammar
</term>
was based on
<term>
English news stories
</term>
and a high degree of success in
<term>
#22231The grammar was based onEnglish news stories and a high degree of success in parsing is reported.
lr,18-3-P91-1016,ak
tractable approach to the construction of
<term>
phrase structure grammar
</term>
for
<term>
news story text
</term>
.
<term>
#22263Overall, this research concludes that CSG is a computationally and conceptually tractable approach to the construction ofphrase structure grammar for news story text.
tech,15-2-P91-1016,ak
</term>
and a high degree of success in
<term>
parsing
</term>
is reported . Overall , this research
#22241The grammar was based on English news stories and a high degree of success inparsing is reported.
tech,17-1-P91-1016,ak
grammar
</term>
which is applied by a
<term>
best-path , bottom-up , deterministic parser
</term>
. The
<term>
grammar
</term>
was based
#22219A system is described for acquiring a context-sensitive, phrase structure grammar which is applied by abest-path , bottom-up , deterministic parser.
other,22-3-P91-1016,ak
phrase structure grammar
</term>
for
<term>
news story text
</term>
.
<term>
Languages
</term>
differ in
#22267Overall, this research concludes that CSG is a computationally and conceptually tractable approach to the construction of phrase structure grammar fornews story text.
other,6-3-P91-1016,ak
Overall , this research concludes that
<term>
CSG
</term>
is a computationally and conceptually
#22251Overall, this research concludes thatCSG is a computationally and conceptually tractable approach to the construction of phrase structure grammar for news story text.
lr,7-1-P91-1016,ak
system is described for acquiring a
<term>
context-sensitive , phrase structure grammar
</term>
which is applied by a
<term>
best-path
#22209A system is described for acquiring acontext-sensitive , phrase structure grammar which is applied by a best-path, bottom-up, deterministic parser.