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1. 中科院软件所基础和高技术部
2. 中科院数学所计算机科学室
Published:1999
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[1]范植华,范路.多岔控制转换的并行化重构[J].电子学报,1999(08):121-123.
Fan Zhihua. Parallelizing Restructure for Multi Forked[J]. Acta Electronica Sinica, 1999, (8).
诸如PASCAL里的CASE,C里的SWITCH,FORTRAN里的计算GOTO等等语句所代表的多岔控制转移,是程序设计语言中最复杂的控制结构之一.其本身,或者与无条件GOTO的配合使用,迄今在国内外均被并行性识别排除在外,亦即无条件地保持串行,从而丧失硬件惊人的并行潜力.本文通过并行化重构,在等价地消除各种多值逻辑的基础上,进而实施对它们的并行性分析,把隐藏于其中的潜在并行性全部挖掘出来.
The “Multi forked” such as the PASCAL CASE
the C SWITCH and the FORTRAN computational GOTO etc.
are one of the most complex control structures in programming languages.The structure
both itself and its combination with the unconditional GOTO
has been always excluded from vectorizer and paralyzer
that is
kept serial unconditionally
and therefore lost the marvelous parallel potentialities of hardware.With parallelizing restructure
we employ parallel analysis on various multi value logic on the basis of equivalent elimination of them
and bring all potentialities into full play.
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