并行增量LR解析

N. Viswanathan, Y.N. Srikant
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引用次数: 3

摘要

提出了一种适用于块结构语言的并行解析算法,该算法具有增量解析的能力。解析器用于LR语法。假设一个共享内存多处理器模型。我们将处理器关联起来,以最少的重新解析来独立解析更正。关联处理器使用一个新的兼容性条件来终止解析,并防止重做其他处理器的工作。我们给出了一种从各个解析集合最终解析树的有效方法。我们的兼容性条件很简单,它可以在解析器构建时计算出来。此外,可以在解析时以恒定的时间测试兼容性条件。解析器可以集成到编辑器中。给出了并行解析和并行增量解析方法的加速估计。我们在算法的模拟研究中获得了相当大的加速。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Parallel incremental LR parsing

A new parallel parsing algorithm for block structured languages, capable of parsing incrementally also, is presented. The parser is for LR grammars. A shared memory multiprocessor model is assumed. We associate processors to parse corrections independently with minimum reparsing. A new compatibility condition is used by the associated processors to terminate parsing, and prevent redoing the work of other processors. We give an efficient way of assembling the final parse tree from the individual parses. Our compatibility condition is simple and it can be computed at the parser construction time itself. Further, the compatibility condition can be tested while parsing, in constant time. The parser can be integrated into the editor. We give an estimate for speedup by our parallel parsing and parallel incremental parsing methods. We have obtained considerable speedups in simulation studies of our algorithm.

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