P06-1033 |
been exploited successfully in
|
statistical parsing systems
|
using constituency-based representations
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J08-1003 |
a domain-independent , robust
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statistical parsing system
|
for English , based on a hand-written
|
W96-0213 |
one component in the SDT based
|
statistical parsing system
|
described in ( Jelinek et al.
|
P02-1035 |
of linguistically fine-grained
|
statistical parsing systems
|
. Rather , parameter estimation
|
W10-2105 |
( Alpino ) and two data-driven
|
statistical parsing systems
|
( MST and Malt ) for dependency
|
W03-2401 |
. Since most state-of-the-art
|
statistical parsing systems
|
are based on the UPenn WSJ treebank
|
C04-1133 |
preprocessed using the Robust Accurate
|
Statistical Parsing system
|
( RASP ) and semantically tagged
|
N04-1013 |
statistical parsers . A state-of-the-art
|
statistical parsing system
|
that enjoys great popularity
|
P00-1060 |
probabilistic evaluation model . Some
|
statistical parsing systems
|
show that the performance is
|
W10-1410 |
top of an existing highly tuned
|
statistical parsing system
|
can result in suboptimal perfor
|
P05-1076 |
Carroll , 2002 ) -- a modular
|
statistical parsing system
|
which includes a tokenizer ,
|
P09-1043 |
</title> Yi Zhang Abstract Pure
|
statistical parsing systems
|
achieves high in-domain accuracy
|
W04-1905 |
grammars . Moreover , since most
|
statistical parsing systems
|
for German ( cf. Beil et al.
|
W10-2106 |
, as it is common practice for
|
statistical parsing systems
|
. On the other hand , we are
|
P01-1010 |
as the WSJ ) . As in most other
|
statistical parsing systems
|
we therefore use the pruning
|
C00-2132 |
7 , 1 , 2 \ -RSB- a ( lvanccxl
|
statistical parsing systems
|
, and wc can gel , relatively
|