P13-3019 |
trees were obtained using the WCDG
|
German parser
|
. The reason why we chose this
|
E09-1033 |
and 1-best German parses . The
|
German parser
|
was trained on the TIGER treebank
|
W14-3324 |
which is similar to that of the
|
German parsers
|
. For the systems that translate
|
P12-1102 |
would raise the performance of
|
German parsers
|
. Here again , the problem setting
|
W04-1905 |
standard for the evaluation of
|
German parsers
|
. 1 Introduction The TiGer Dependency
|
W08-0302 |
English parser compared to the
|
German parser
|
. 6.4 Feature Selection Translation
|
P05-1066 |
thank Amit Dubey for providing the
|
German parser
|
used in our experiments . Thanks
|
W04-1905 |
dependency-based gold standard for
|
German parsers
|
The TiGer Dependency Bank </title>
|
D15-1039 |
when the output of a supervised
|
German parser
|
is used as gold standard data
|
W07-0723 |
Niessen and Ney , 2004 ) . The
|
German parser
|
also splits contracted prepositions
|
W04-1905 |
ambiguity . For a gold standard for
|
German parsers
|
, we consider it reasonable to
|
W04-1905 |
given to these phenomena by all
|
German parsers
|
we are aware of differs from
|
E09-1033 |
English parser is in-domain and the
|
German parser
|
is out-of-domain , both of which
|
W06-1903 |
with SMES -LSB- NP02 -RSB- , our
|
German parser
|
. The resulting query object
|
D15-1039 |
dependencies from a supervised
|
German parser
|
on the same data . That is ,
|
N10-1113 |
subject-object ambiguity in German .
|
German parsers
|
have no access to the contextual
|
W04-1905 |
be used for the evaluation of
|
German parsers
|
, both for regression tests during
|
W04-1905 |
NP eine Entschadigung . Current
|
German parsers
|
, however , would attach this
|
W04-1905 |
which are generally not made by
|
German parsers
|
, so that some rather special
|
W08-1705 |
dependency-based gold standard for
|
German parsers
|
that encodes grammatical relations
|