...历史上,模拟计算机采用的运算方法通常不是我们理解的“四则运算”,冯·诺依曼在《计算机与人脑》(THE COMPUTER AND THE BRAIN)一书中,介绍了一种经典式的模拟计算机——微分分析机及其3种基本的运算,即(x±y)/2、积分。
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The results were fed into a computer which looked for links between colours, shapes and movements on the screen, and patterns of activity in the brain.
扫描结果被输入到一台电脑中,电脑会寻找录像中的颜色、形状及动作与志愿者大脑内活动模式之间的相关性。
The computer software was then given the brain scans of the volunteers as they watched a different video and was asked to recreate what they were seeing.
随后当志愿者观看另一部录像时,电脑软件会分析当下的脑部扫结果,然后按要求重新复制出志愿者正在观看的图像。
To compare the two brains, scientists assembled a virtual Neanderthal brain by scanning skull fragments and comparing the computer models at different stages of growth to the human baby brain.
为了比较两者,科学家扫描了尼安·德塔人的头骨碎片,在电脑里组合成一个虚拟的大脑,然后跟不同发育阶段的现代人婴儿大脑的电脑模型做比较。
And you can't... If the brain was wired up like a personal computer, it would take you four hours to recognize a face, but in fact, we could do things extremely quickly.
你无法,如果大脑是像个人电脑那样组装起来的话,那你识别出一张面孔就得花上四个小时,但事实上,我们能够非常迅速地完成某些事情
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