Parallel parsing of spoken language

R. A. Helzerman, M. Harper, C. Zoltowski
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引用次数: 6

Abstract

The authors extended H. Maruyama's (1990) constraint dependency grammar (CDG) to process a lattice of sentence hypotheses instead of separate test strings. A postprocessor to a speech recognizer producing N-best hypotheses generates the word lattice representation, which is then augmented with information required for parsing. The authors summarize the CDG parsing algorithm and describe how the algorithm is extended to process the lattice on a single processor machine. They outline the CRCW P-RAM algorithm for parsing the word lattice, which requires O(n/sup 4/) processors to parse in O(k+n) time.<>
口语的平行解析
作者扩展了H. Maruyama(1990)的约束依赖语法(CDG)来处理句子假设的晶格,而不是单独的测试字符串。生成n个最佳假设的语音识别器的后处理程序生成词格表示,然后用解析所需的信息对其进行扩充。作者总结了CDG解析算法,并描述了如何将该算法扩展到单处理机上处理格。他们概述了用于解析字格的CRCW P-RAM算法,该算法需要O(n/sup 4/)个处理器在O(k+n)时间内进行解析。
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