这个生活中制造所有麻烦又解决所有问题的东西。
幸运的是,又解决的办法。
即实现了电动机高精度运行,又解决了同步电动机的易失步问题。
Motor running high-precisely and avoiding loss of synchronism are both realized.
In week zero, when we tore the phonebook in half and half and half we were recursing through that problem.
当我们将电话簿划分为一半又一半的时候,其实就是利用递归在解决问题。
What is the class of algorithm that's- that probably applies to this, and how do I pull something out of that, if you like, a briefcase of possible algorithms to solve?
以及哪种算法-,可能可以应用到这类问题上,问题本身又能提取出什么东西来,以及可能解决问题的一系列方法的简介?
But for those of you who decide to go on in computer science realize there is a whole interesting world that uses details like these in the world of networking, in hardware, to actually solve some real world problems.
而对于你们中想要在计算机科学,方面有所发展的人,将会遇到一个非常有趣的领域,在那个世界里,会有许多像网络世界,硬件界,这样或那样的小细节,但又往往是这些小细节才解决了许多真实世界里的问题。
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