Typical sort algorithms 几种典型的排序算法
a bubble sort algorithms 一个起泡排序算法
map sort algorithms 映射排序算法
tape sort algorithms 磁带排序算法
fusion and sort algorithms 合成排序算法
It is easy to understand the concept of 2-way merge sort algorithms.
二路归并排序算法的思想比较容易理解。
The experiment result has proved that the sort algorithms can not only be used in the static sort bwt also appropriated to dynamic.
而且,排序算法不仅适宜规则静态排序,也适宜规则动态排序。
But because the merging is difficult to do in place, generally, it has higher memory requirements than in-place sort algorithms, such as quick-sort.
但是由于很难在原地进行合并,所以合并排序的内存需求比能够原地进行的排序算法(例如快速排序)更高。
So in fact, over the next thirty or forty minutes we're going to show you a set of examples of sort of canonical algorithms, and the different classes of complexity.
在接下来的三四十分钟里面,我们将要讲一系列的,权威算法,以及不同种类的复杂度问题。
OK. Today, for the rest of the lecture, we're going to take a break from the topic of algorithms, and computation, and things of the sort. And do something pretty pragmatic.
好,今天剩下的时间里,我们不再讲算法,计算和排序这些话题了,我们会做一些非常实用的事,我们主要的讲讲测试。
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