Sort algorithm(排序算法):MRU,MRU即比来使用,即简单的排队原则,前进前辈先出;MFU即最常使用,即每个文件被篡夺的时辰,做一个简单的计数,当缓存满的...
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Merge sort algorithm 归并排序算法
Bubble sort algorithm 冒泡排序算法
Selection sort algorithm 选择排序算法
Topological Sort Algorithm 拓扑排序算法
overall topological sort algorithm 全拓扑排序算法
map sort algorithm 映射排序算法
tape sort algorithm 磁带排序算法
The schedule function could be applied to different environment grid compute, such as LAN, intranet, and internet by modifying the task sort algorithm.
通过修改任务排序算法,可适应不同目的的调度需求,以适应局域网、Intranet和Internet上网格计算的调度。
参考来源 - 期刊学术社区·2,447,543篇论文数据,部分数据来源于NoteExpress
Debugging realization fast sort algorithm.
调试实现快速排序算法。
The most glaring example of this is the bubble sort algorithm.
这方面有一个非常著名的例子,就是使用冒泡算法排序。
This is done by using a topological sort algorithm on the graph.
这通过图表中的拓扑排序算法实现。
So this is a nice little search-- sorry, a nice little sort algorithm . And in fact, it's relying on something that we're going to come back to, called the loop invariant.
恩,这是一个很棒的小搜索,抱歉,和很棒的小排序算法,事实上,它依赖于一些我们要回顾的东西,被称作循环不变量。
Well, we saw the teaser in terms of that animation that suggests this merge sort algorithm when implemented by a computer is absolutely faster.
我们从前面的动画中可以看到,这个归并排序算法在计算机上实现之后,绝对比其他算法更快。
Where those pieces, I would do the same thing with, I would divide them up into smaller chunks, and sort those. Is that going to give me a more efficient algorithm?
合并起来,而那些小列表,我又会把他们拆成更小的列表,再排序,这会给我,一个更高效的算法么?
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