D10-1069 method for domain adaptation of deterministic shift-reduce parsers . We evaluated multiple state-of-the-art
A00-2016 Korean sentences we generate a deterministic shift-reduce parser . The quality of the treebank
P06-2089 Shift-Reduce Best-First Parsing A deterministic shift-reduce parser based on the algorithm described
E14-1036 a , 7r ) for each rule 7r . A deterministic shift-reduce parser can now be constructed that always
W04-3203 Hermjakob ( 1997 ) described a deterministic shift-reduce parser . The control is learned by a
E14-1036 equations to build several variants of deterministic shift-reduce parsers , all guided by a PCFG . We also
W01-1203 questions were treebanked using the deterministic shift-reduce parser CONTEX . Stepping through a question
P97-1062 under supervision to generate a deterministic shift-reduce parser in the form of a decision structure
E97-1062 under supervision to generate a deterministic shift-reduce parser in the form of a decision structure
W12-3125 phrase-based decoding use the same deterministic shift-reduce parser . The entirety of the ITG discussion
N10-1115 in future work . 8 Related Work Deterministic shift-reduce parsers are restricted by a strict left-to-right
D10-1069 accuracy drops exceeding 20 % for the deterministic shift-reduce parsers . In general , dependency parsers
D10-1069 . In a nutshell , we trained a deterministic shift-reduce parser on the output of a more accurate
D10-1069 out-of-domain task . Most notably , deterministic shift-reduce parsers have difficulty dealing with
W00-1306 semantic representation using a deterministic shift-reduce parser . Our work focuses on another
D12-1133 predict individual actions of a deterministic shift-reduce parser . Recent research has shown that
W12-3125 and Manning ( 2008 ) introduce a deterministic shift-reduce parser into decoding , so that the decoder
W05-1513 Finally , there have been other deterministic shift-reduce parsers introduced recently , but their
W12-3125 Unrestricted shift-reduce parsing The deterministic shift-reduce parser used throughout this paper is
D10-1069 uptraining method , in which a deterministic shift-reduce parser is trained on the output of a
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