Intel SSD 520提供最高每秒8万次的4K档案随机写入的输入/输出作业效能(Input/Output Operations Per Second,IOPS),在执行日常处理作业时能达到每秒5万次的4K档案随机读取IOPS效能。
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他的第四个假说是可理解的输入假说。
His fourth hypothesis is the comprehensible input hypothesis.
在这个程序所有可能的输入中,哪个运行得最快?
Over all possible inputs to this function, what's the fastest it runs?
这使它们能够分别处理来自每一方的输入,同时考虑到不同的任务。
This enables them to process input from each side separately, with different tasks in mind.
The problem is, I want to know if, in fact, I've got something that's not of the form I expect.
问题是,我希望知道如果输入的。
What's the complexity of this decision tree solution? Well, in the worst case, we're enumerating every possibility of in and out.
决策树解决方法的复杂度是多少?,在最糟的例子中得列举,所有可能的输入和输出。
All right, those pieces of code inherently involved something that does depend on the size of the input, or on the particular input.
好,这些代码,肯定会涉及到一些,与输入的大小相关的东西,或者说与特定输入相关。
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