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'What the brain tells us about the future of silicon'

机译:“大脑告诉我们硅的未来”

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Many computer and semiconductor manufacturers are looking for new growth opportunities that are not based on traditional von-Neumann architectures. They are also concerned about the potential end of "Moore's law". This has led to an increased interest in artificial neural networks, and neuromorphic hardware that can support these systems. It is well known that the brain is power efficient and naturally fault tolerant. Therefore, much research is being done on how silicon can support neural architectures while achieving greater power efficiency and greater storage density. I will make two main arguments.
机译:许多计算机和半导体制造商正在寻找不基于传统von-Neumann体系结构的新增长机会。他们还担心“摩尔定律”的潜在终结。这导致人们对人工神经网络以及可以支持这些系统的神经形态硬件的兴趣日益浓厚。众所周知,大脑具有高能效且自然具有容错能力。因此,关于硅如何支持神经体系结构同时实现更高的功率效率和更大的存储密度的研究很多。我将提出两个主要论点。

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