... 多项式时间 Polynomial Time 多项式时间算法 polynomialtime algorithm ; time algorithm 多项式时间近似方案 PTAS ...
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Polynomial time algorithm 多项式时间算法
real-time algorithm [计] 实时算法
linear-time algorithm 线性时间算法
exponential time algorithm 演算法
exponential-time algorithm 指数时间算法 ; 指数时间演算法
escape time Algorithm 逃逸时间法
Automatic matching-time algorithm 自动匹配时间算法
sublinear time algorithm 次线性时间算法
time algorithm for linear programming 线性规划的新多项式时间算法
A new real-time algorithm for detecting moving objects is presented.
设计了一种快速有效的运动目标检测算法。
We introduce a platform for real-time algorithm verification of video processing.
本文介绍了一种实时视频处理的验证平台。
Because the judgment criteria on the escape time algorithm is improved, the object set is the boundary set.
因为改进了逃逸时间算法的判别标准,因此,目标集合是边界点集。
But if it watches you over some amount of time just like it's been for years with advertisements, can this kind of algorithm, this kind of process presumably improve?
但是如果它像关注广告一样,花费一些时间关注你,这些算法和进程,想必会提升吧?
It implies that this algorithm is calling itself again and again, and again, and on each time the size of the problem I'm trying to sort is being divided by what?
这就说明此算法会一次又一次地调用自己,每次我要排序的问题规模大小,会除以多少呢?
They are computationally challenged, meaning, at the time they were invented, they were perfectly good sorting algorithms, there are better ones, we're going to see a much better one next time around, but this is a good way to just start thinking about how to do the algorithm, or how to do the sort.
他们是相当棒的排序算法,是有更好的算法,我们下一次,就会看一个更好的,但是开始想想,如何完成算法,或者说是如何排序,是一个好的学习方法,恩,再试试吧,如何来排序呢?
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