Well tell me some of the ways, how is it different now then my boyhood with just the Saturday morning cartoons?
给我说说这些不同之处,它与我小时候在周六早上,播放的动画有什么区别呢
So if you demonstrate something by writing an intelligent answer just by outlining it and saying, well, what I would do is I would equate the energy lambda and then solve for lambda, I can see that you know what is going on.
如果你想证明一些东西,通过写下一些很天才的答案,仅仅大致说一下,好的,我想做的是能量相等,然后解出,我能看到你知道怎么做。
Well, then, the question is going to be, "Could it be a case that there could be a physical object that's creative?"
那么,问题就转到,是否存在某种情形,使得物理对象在其中也具有创造力
Then you start to wonder well what is the system and ? what is it supposed to do?
于是你开始质疑,这个系统到底是什么,还有它到底是要干什么呢?
If you're writing a one line function, whose sole purpose in life is addition, and, clearly, this is about addition, well, then it's, in fact, A reasonable to use a shorter symbol like A, but I do have to specify it's type.
如果你在写一个一行的函数,它唯一的目的是,做加法,显然这是关于加法的,好的,实际上,用一个短的标识符是合理的,像,但是我必须指明它的类型。
And then, people discover, "Well, this is interesting but how can I use it?"
之后人们发现,“恩,这很有趣但我们怎么用呢?“
The next line says if the weight of i is greater than a w, well then I know I can't put it in.
下一行说的是,如果i的重量比a,w大,好吧,我知道我不能把它放进去。
Well one way you could do it is by saying 'if I have this one base pair difference then this sequence is going to be cut by a specific restriction enzyme that recognizes the sequence CTGAGGA'.
一种方法是通过考虑,"如果我有这个不同的碱基对,那该序列必然会,被特定的限制酶识别并切割,这个特定的限制酶能识别,CTGAGGA "
You are going to read, you are going to learn, you are going to come to lecture, I am going to hit some high points, things that I find particularly interesting, but it is not sort of well, he said we are going to read this but then he didn't talk about it in class.
你们要去阅读,要学学习,你们要来上课,我要讲些重点,是一些我发现的很有趣的事情,但是不是你们想的那种,他叫我们读这里,但是他并没有在课堂上谈论这。
So he's packing and unpacking, packing and unpacking, trying all possible combinations of objects that will obey the constraint. And then choosing the winner. Well, this is like an algorithm we've seen before. It's not greedy.
因此它不断装包和清包,尝试了所有满足约束条件的物品组合,最后选择最优者,这很像我们以前看过的一个算法,这不是贪婪算法。
It's a secret number so that if Julius Caesar scrambled his message with the key 13, well, then the recipient had better know what that number is or realistically, -- and this is why it's kind of hard to buy -- into some of these age old algorithms, -- what would an alternative approach be to figuring out Julius Caesar's messages to his generals if he didn't know that secret number was 13?
它是一个机密的数字,以至于,如果凯撒大帝使用密钥13加密了它的消息,然后接收者最好知道那个数字是什么,实际上--这就是为什么很难,破解这些古老的算法-,有什么变换方法使凯撒大帝的将军,可以解密凯撒大帝的消息,如果他不知道,那个机密数字是13呢?
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