The most famous test for artificial intelligence is that devised by Alan Turing, a British computing pioneer.
最著名的人工智力测试是由英国计算科学先驱阿兰·图灵(Alan Turing)设计的。
It stands for "completely automated public Turing test to tell computers and humans apart"; no, the acronym doesn't really fit.
它是“completelyautomatedpublicTuring testtotellcomputers andhumansapart”的首字母，意为“区分人与计算机的全自动公众图灵测试”；当然，首字母缩写并不是完全对应的。
To pass the Turing test, and thus be considered intelligent, a program must fool a human being into believing that it is another human being.
为了通过图灵测试，机器中的程序必须使对方(人类)误以为它也是一个人类，且如果机器通过了测试，该机器就被认为是人工智能。
The Turing test obviously has its limitations.
显然，图灵测试也有其局限性。
But a computer that can pass an unrestricted Turing test could do it easily.
但是，一个能够通过不受限图灵测试的计算机就可以轻易完成此事。
Various ploys are used to try to trip up the machines competing in the Turing test.
在那次图灵测试中，人们采用了各种手段去让竞争机器出差错。
He wanted AI to pass the Turing test.
他想让人工智能通过图灵测试。
To test his prediction, Turing devised an exercise called "The Turing test," a conversational exercise between a human judge and two participants: a person and a computer pretending to be a person.
为了检测他的预测，Turing开发出了一种叫做“图灵测试”的练习，这人类法官和两位参与者(一个人，还有一台假装是人类的机器)之间的一次对话练习。
But where are we today with the Turing Test?
可是，对于图灵测试如今怎样？
There are two possible negative reactions to the Turing Test.
针对图灵测试，可能产生两种反对意见。
If the judge fails, then the computer is said to have passed the Turing Test.
如果法官失败了，那么就说计算机通过了图灵测试。
The Turing Test was conceived as a way to judge whether true artificial intelligence has been achieved.
图灵检测被认为是判断真正的人工智能是否实现的一种方法。
The Turing Test: Build a computer system that wins the imitation game at least 30% of the time.
图灵测试：建造在模仿游戏中获胜概率至少为30%的计算机系统。
The Turing Test : Build a computer system that wins the imitation game at least 30% of the time.
图灵测试：建造在模仿游戏中获胜概率至少为30%的计算机…
The Turing Test : Build a computer system that wins the imitation game at least 30% of the time.
图灵测试：建造在模仿游戏中获胜概率至少为30%的计算机…
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