P06-1140 efficiently realized using the OpenCCG realizer ( White , 2004 ; White , 2006b
W11-1609 resulting DLFs are fed into the OpenCCG realizer for n-best realization , using
D12-1023 brief overview of CCG and the OpenCCG realizer ; for further details , see the
W11-1609 resulting DLFs are fed into the OpenCCG realizer for n-best realization . In order
W05-1104 high-level architecture of the OpenCCG realizer ; sample Java code for using
W15-4712 template based microplanner and the OpenCCG realizer . Following ( Foster and White
W04-0601 creates logical forms for the OpenCCG realizer ; this allows the realizer to
W04-0601 top-level message is sent to the OpenCCG realizer , which then generates and returns
W12-1517 In our architecture we use the OpenCCG realizer ( White , 2006 ) , an open source
W04-0601 consists of logical forms for the OpenCCG realizer . The module is implemented in
W06-1403 considered next . 3.2 Edges In the OpenCCG realizer , an edge is a data structure
D10-1055 realizations were selected from the OpenCCG realizer because 5 different systems were
W11-1609 tradition ( Kay , 1996 ) , the OpenCCG realizer takes logical forms as input
W04-0601 decorative tiles . 2.2 OpenCCG The OpenCCG realizer ( White and Baldridge , 2003
P14-1039 experiments reported in this paper . The OpenCCG realizer generates surface strings for
W04-0601 tial . Like other realizers , the OpenCCG realizer is partially responsible for
J10-2001 realizer . Like other realizers , the OpenCCG realizer is partially responsible for
D12-1023 Rajkumar , 2009 ) . The input to the OpenCCG realizer is a semantic graph , where each
D09-1043 Hypertagging A crucial component of the OpenCCG realizer is the hypertagger ( Espinosa
W04-0601 typically , in COMIC and FLIGHTS , the OpenCCG realizer additionally determines the type
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