J99-4002 |
Extraction rule , which licenses
|
subject extractions
|
from sentential comple - ments
|
J99-4002 |
lexical rules . One example is the
|
Subject Extraction
|
rule , which licenses subject
|
D09-1085 |
first , in ) prep ( second , in )
|
Subject extraction
|
from an embedded clause In assigning
|
D09-1085 |
say . dobj ( pay , dividends )
|
Subject extraction
|
from a relative clause It consists
|
W97-1407 |
+ the auxiliary verb ' ) . 3.2
|
Subject Extraction
|
Subjects are extracted by matching
|
D09-1085 |
extraction from a relative clause and
|
subject extraction
|
from an embedded clause provide
|
P14-1102 |
more difficult to comprehend than
|
subject extractions
|
, how - ever , perhaps due to
|
J07-3004 |
clauses , as well as pied-piping ,
|
subject extraction
|
from embedded sentences and argument
|
D09-1085 |
paper written by the professor .
|
Subject extraction
|
from a relative clause is characterised
|
P87-1011 |
an obvious problem for cases of
|
subject extraction
|
, a topic which we will not have
|
P02-1043 |
94.3 % ( 232/246 ) . Embedded
|
subject extraction
|
requires the special lexical
|
P03-1046 |
subject and object control verbs ,
|
subject extraction
|
and leftnode raising . All takes
|
D09-1085 |
Perhaps not surprisingly , root
|
subject extractions
|
from relative clauses are by
|
J99-2004 |
each syntactic environment that
|
Subject Extraction
|
an Noun Phrase companies have
|
C90-3002 |
syn.bind.subj <np> \ -RSB- Tlaus ,
|
subject extraction
|
from a clausal complement of
|
P14-1102 |
part-of-speech tags . As with
|
subject extraction
|
, the model in this paper gets
|
D11-1115 |
prefers three categories : one
|
subject extraction
|
category S -LSB- wq -RSB- / (
|
D09-1085 |
( a good or a bad decision ) .
|
Subject extraction
|
from an embedded clause is characterised
|
P02-1043 |
score of 96.3 % / 98.8 % P/R for
|
subject extraction
|
and 81.4 % / 59.4 % P/R for other
|
J89-3010 |
extraposition with expletive it , and
|
subject extractions
|
from sentential complements .
|