接下来我们讨论程序的主要内容，即处理算法本身。

This brings us nicely to the meat of the program, namely the processing algorithm itself.

youdao

新的图形处理算法可以帮助我们有效的处理大量的数据。

New image processing algorithms that can help us process massive amounts of data more efficiently.

youdao

本文提供的代码是相对简单的、使用GD的图像处理算法。

The code presented here is a relatively simple image processing algorithm using GD.

youdao

So as you can see, as we escalate the problem difficulty, the difference between the good method and the not quite as good method gets bigger and bigger and bigger.

如你所见，当我们处理更复杂的,问题的时候，优良的算法,和并不那么好的算法之间的,差异会变的越来越大，这一点很重要。

麻省理工公开课 - 计算机科学及编程导论课程节选

And then we're going to turn to the question of efficiency. How do we measure efficiency of algorithms? Which is going to be a really important thing that we want to deal with, and we'll start it today, it's undoubtedly going to take us a couple more lectures to finish it off.

然后我们会回头继续讨论效率问题,我们如何计算算法的效率？,我们处理这些问题的时候,最重要的事情是什么？,我们今天要去讨论这个问题，毫无疑问我们要用,挺多节课来学习这个。

麻省理工公开课 - 计算机科学及编程导论课程节选

So I propose this algorithm, this program, this process for counting people in this room.

因此我提出了这种算法，这种程序和处理方法,来计算教室里的人数。

哈佛公开课 - 计算机科学课程节选