P11-2126 System Architecture To conduct treebank conversion , our approach , overall speaking
I05-6001 Dependency Bank The input to the treebank conversion process consists of dependency
P12-1071 multiple treebank exploitation is treebank conversion . First , the annotations in
P12-1071 outperforms previous work based on treebank conversion . 1 Introduction The scale of
P11-2126 to use such annotation to guide treebank conversion . The motivating idea is illustrated
P12-1071 converted treebank after automatic treebank conversion . The present paper proposes
P12-1071 ap proach also outperforms the treebank conversion approach of Niu et al. ( 2009
J08-1002 22 illustrates the process of treebank conversion and lexicon collection . We first
P02-1056 al. , 1999 ) . For topological treebank conversion we build on methods and results
D09-1126 type - change , where the Penn Treebank conversion process produced a derivation
P11-2126 Abstract For the task of automatic treebank conversion , this paper presents a feature-based
J07-4004 because of noise introduced by the Treebank conversion process . 3.4 CCG Dependency
I05-6001 rewriting machinery we use for treebank conversion , i.e. , RMRS semantics construction
P11-2126 source-style parses as input and conducts treebank conversion . This will be explained in detail
P11-2126 use a feature-based approach to treebank conversion and to encode source-side bracketing
I05-6001 2002 ) . Forst ( 2003 ) applied treebank conversion methods to the TIGER treebank
D11-1116 freely available parsers . The Penn Treebank conversion process fixes a number of buggy
P11-2126 paper . <title> Better Automatic Treebank Conversion Using A Feature-Based Approach
D10-1096 or Stanford dependencies using Treebank conversion scripts ( see below ) . In the
P11-1157 converted to CoNLL format with the treebank conversion software from CoNLL 2006 , where
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