The Six Sigma Black Belt should be able to compute the mean and standard deviation from a grouped frequency distribution.
六西格玛黑带应该能够计算出一个分组发生频次分布数据的均值和标准偏差。
This defines the compute nodes.
这定义的是计算节点。
要如何计算它呢？
Here, it's very easy to compute.
这一部分很容易就可以计算。
计算时间差。
OK, and now, we can compute this.
好了，现在我们就可以计算了。
Call the function to compute area.
调用该函数来计算面积。
Which minors do we need to compute?
哪一个余子式我们需要计算呢？
我们怎么计算呢？
And then we can compute these guys.
也就是，可以计算这些东西。
But we can't compute from that.
但我们无法从中进行计算。
And now you can compute this integral.
现在可以计算这个积分了。
OK, so let's try to compute one of them.
让我们来试着计算它们中的一个。
We have to compute the integral for flux.
我们需要计算通量的积分。
First, set the size of the compute nodes.
首先，设置计算节点的大小。
This what the compute nodes will use.
这就是计算节点要使用的映像文件。
And, I think you all know how to compute it.
你们应该都知道怎样计算它了。
But now, how can I compute that differently?
但是我如何从另一个角度计算呢？
Now, how do we compute that double integral?
那么，怎么计算这个二重积分呢？
No We only need to compute two of them, right?
完全不需要，我们只需要计算其中的两个，对吗？
We don't know yet how to compute these things.
但是我们还不知道怎样去计算它。
When nodes execute, they often compute a value.
当节点执行时，它们常常需要计算一个值。
This will allow you to compute the elapsed time.
这样可以计算出所花费的时间。
Besides, it is not all that difficult to compute.
另外，难以计算的并不仅限于此。
Tables can be replicated to several compute nodes.
数据表可以被复制到多个计算节点中。
Some of them compute different line integrals.
它们中的一些在做不同的线积分。
So, you could compute these two vectors explicitly.
所以你们可以明确地计算这两个向量。
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