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The Neurological Scaling of Human Expertise

机译:人类专业知识的神经缩放

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摘要

Although chip clock rates seem to have plateaued, the inexorable rise of computing power in accordance with Moore's law continues. We can easily measure the increase in performance using a portfolio of metrics or a Pareto surface across them, including clock rate, memory latency, bus speeds and so on. In this paper, we address two questions. The first of these is what it would mean to scale a human brain, in the way that the primate brain has been getting steadily bigger and more powerful in the lead up to homo sapiens. The second is whether, if we could scale the human brain at the same rate as computer power, human algorithms and computational processes would continue to dominate in the domains where humans still reign supreme. To consider these questions we will phrase much of our practical considerations in terms of board games, particularly the games of Go and Chess.
机译:虽然芯片时钟速度似乎有奏封,但根据摩尔定律的计算能力的无可等待的崛起。我们可以使用指标或帕累托表面的组合轻松测量性能的增加,包括时钟速率,内存延迟,总线速度等。在本文中,我们解决了两个问题。第一个是扩大人类大脑的意义,以至于灵长类大脑在导致Homo Sapiens稳定更大和更强大的方式方面的脑力达到稳定。第二种是,如果我们可以以与计算机权力相同的速率将人脑扩展,人类算法和计算过程将继续在人类仍然至高无上的域名中占据主导地位。考虑这些问题,我们将在董事会游戏方面短暂的实际考虑,特别是Go和国际象棋的奥运会。

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