The players here in this game are Player I and Player II.
这次博弈中有两个参与人,I和II
Yeah, he's a good player. But a few years ago, one of the reasons that United bought that player,
他是个很好的球员。但是几年前,联队买他的原因之一,
It involves two players and we'll call the Players I and II and Player I has two choices, top and bottom, and Player II has three choices left, center, and right.
此博弈有两个参与人,分别为I和II,参与人I有两个选择,上和下,参与人II有三个选择,左中右
Here, this guy looks like kind of an overweight NFL player who hasn't really gotten ready for the drill.
这个家伙像是一位橄榄球运动员,身体超重并且没有充分训练
If you're a serious chess player, you might study some of the great games of chess history.
如果你是一名严谨的棋手,你可能还会研究国际象棋史上最伟大的棋局
Well they're not necessarily, because we only have the number three player in terms of size.
其实不是的,我们在规模上只能排到第三
There's a little video player on the right side of The screen that allows the student or the professor Teaching from these materials to bring up those Materials and show the students. So this allow The students to explore materials on their own.
屏幕右边有个小放映机,能让学生和用这些资料教学的教授,提取出这些媒体资料,并播放给学生看,这允许学生自己发掘资料。
Or a football player--when you're running down the field, why did you go to this way instead of that way ? when you're running down the field?
或者是问一个橄榄球运动员--当你在操场上奔跑时,你为什么要往这边跑而不是那边呢,当你在操场上跑的时候?
So, conceptually if you've ever wondered why you get access in all of your functions to global variables that's because they're not down here, they're at the very top of RAM and any function can access that RAM way up there, but for now the interesting player in the story is this thing called the heap.
所以,如果你想知道为什么全局变量能在,所有的函数中使用,那是因为它们不在这下面,而是在内存的顶端,那样任意函数都可以在内存中使用它们,现在,这里面一个有用的角色是,叫做堆的东西。
So--but he is the venerable sitar player.
毕竟他是位可敬的锡塔尔琴演奏家
The king was very impressed with the game and said, "How can I reward you?" And the chess player said, " "No, it' OK really."
国王很喜欢这个游戏并说,“我要如何奖赏你?“,象棋发明者说,“不必,真得不用奖赏“
I was a soccer player and I played soccer there for the four years that I was at school.
我是个足球运动员,在大学的四年里一直踢足球。
Identify the best responses of each player as a function of the others and find out where they intersect.
把每个人的最佳对策看成别人策略的函数,然后找出函数的交点
I could do the same thing for Player 2 to find Player 2's best response for every possible choice of Player 1.
同理对于参与人2来说,可以算出参与人1不同策略的最佳对策
The more I did of my strategy, the more the other player did as a best response.
我如果采用付出更多努力的策略,其他参与人的最佳对策也是这样
In the case of the Investor Game last week, every player preferred one equilibrium to the other.
比如上一讲投资博弈中,每个参与人都偏好同一个均衡
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