循环的优化 ( Loop optimizations ) 一个众所周知的程序员的格言"程序90%的时间花费在执行10%的代码上",尽管这个百分比每个程序都不同,但是每个人都会同意绝大多数...
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结果表明与内可逆卡诺循环有相同吸、放热时间的不可逆卡诺循环的优化关系最佳；
The result explained that the favourable relation of irreversible Carnot cycle which has as time of absorption heat and rejection heat as endo-reversible Carnot cycle is optimum.
使用带有repeat前缀的字符串指令将该函数优化成一个非常紧密的循环。
This function is optimized as a very tight loop using string instructions with the repeat prefix.
在复杂度谱的最顶端，您可以以优化循环内的优化循环结束，每个周期都使用不同的迭代频率。
At the top end of the complexity spectrum, you could end up with refinement cycles within refinement cycles, each with different iteration frequencies.
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