And the answer is, unlike many, unlike commercially generated computers, the brain works through parallel processing, massively parallel distributed processing.
问题的答案是这样的,与出于商业目的而制造的计算机不同,大脑采用并行加工的方式处理信息,采用广泛分布的并行加工
So, if you compartmentalize things in your brain in certain ways, put that off into the end of the exam 1 part of your brain, and now we're going to move on to exam 2.
如果你喜欢以自己的方式将信息在大脑中分开储存,这就是你大脑里对第一次考试的分区所存储的全部内容,而接下来我们将继续将第二次考试的内容。
Numbers are there to do numeric things, strings are our fundamental way of representing textual information.
数字是用来描述数值的,字符串是表现,文本信息的基本方式。
Now there's another way of organizing this that's standard in Game Theory, so we may as well get used to it now on the first day.
下面再用博弈论的标准方式来整理信息,从今天以后大家要习惯用这种标准
So this is not the most efficient way of representing information.
其实,这不是最有效的,信息表示方式。
So, neurons communicate to one another chemically.
这样,神经元之间便通过化学方式,进行信息的传递
It turns out that cells receive signals or information from the rest of the body in a variety of ways, but there's one way in particular that's a very useful way for thinking about how cells receive most information.
研究证明,细胞内有很多,接收体内其他部位信号或者信息的方式,但有一种特定的方法十分有用,这种方法使细胞能最大程度地接受信息
They can present GAAP and then that goes to EDGAR and they can also present it any other way they like.
要么按照国际公认会计准则并录入EDGAR,要么以他们偏爱的其他方式披露信息
same point Cartesian to have 1 representation for a point that supports different ways of getting information out, but has gathered within it, a method or a function for dealing with things like how do I know if it's the same point or not.
还有,这是一个比较极坐标的点,是否相同的不同的方法,但是这开始成了一个麻烦事儿了,我真正想要做的事情是,创建一个能支持不同的方式,输出已经收集的信息的点的表示。
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