D13-1071 dynamic programming algorithm for best-first shift-reduce parsing which is guaranteed to
D13-1071 · ) in our algorithms . DP best-first shift-reduce parsing is still a special case
P06-2089 shift-reduce algorithm into a best-first shift-reduce algorithm . To describe this
E09-1069 the grammars . We further pursue best-first shift-reduce parsing for unificationbased
E09-1069 unification-based grammars , and ( ii ) best-first shift-reduce parsing with beam thresholding
P15-1148 is in training . The previous best-first shift-reduce parsers are all trained in the
D13-1071 parsing , beam search , and the best-first shift-reduce parsing algorithm of Sagae and
E09-1069 ( Sagae and Lavie , 2005 ) and best-first shift-reduce CFG parsing ( Sagae and Lavie
E09-1069 unification was used . " beamb " means best-first shift-reduce parsing with beam threshold b
W13-2009 and the output of the the GDep best-first shift-reduce dependency parser ( Sagae and
D13-1071 significant speedup on a probablistic best-first shift-reduce parser , and makes exact search
D13-1071 Algorithm ( Knuth , 1977 ) . Non-DP best-first shift-reduce parsing can be viewed as searching
D13-1071 re , 3 Dynamic Programming for Best-First Shift-Reduce Parsing 3.1 Dynamic Programming
P15-1148 training time . 4 Evaluation of Best-First Shift-Reduce Constituent Parsing This section
D13-1071 programming ( DP ) algorithm for best-first shift-reduce parsing , which applies the DP
D13-1071 actions . 4.2 Best-First Earley DP best-first shift-reduce parsing is analogous to weighted
P15-1148 possible in Section 3 . 2.2 Previous Best-First Shift-Reduce Parsing The basic idea behind
P15-1148 prefix costs are the same . 3 Best-First Shift-Reduce Constituent Parsing with Structured
D13-1071 derivations for the next step . 2.2 Best-First Shift-Reduce Parsing Sagae and Lavie ( 2006
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