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第304行： − 因此，对复杂度的评估可能允许在任何实现之前消除许多低效率的算法。这也可用于在不测试所有变量的情况下调优复杂的算法。通过确定复杂算法中最昂贵的步骤，对复杂度的研究还可以将重点放在这些步骤上，从而提高实现的效率。+
→Use in algorithm design
Thus the evaluation of the complexity may allow eliminating many inefficient algorithms before any implementation. This may also be used for tuning complex algorithms without testing all variants. By determining the most costly steps of a complex algorithm, the study of complexity allows also focusing on these steps the effort for improving the efficiency of an implementation.
Thus the evaluation of the complexity may allow eliminating many inefficient algorithms before any implementation. This may also be used for tuning complex algorithms without testing all variants. By determining the most costly steps of a complex algorithm, the study of complexity allows also focusing on these steps the effort for improving the efficiency of an implementation.
因此，对复杂度的评估可能允许在任何实现之前消除许多低效率的算法。这也可用于在不测试所有变量的情况下调优复杂的算法。通过确定复杂算法中最复杂的步骤，对复杂度的研究还可以将重点放在这些步骤上，从而提高实现的效率。
==See also==
==See also==