Nanotechnology requirements and challenges for large-scale brain computing

Arvind Kumar
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Abstract

Computing systems today are at the dawn of a new period in history: the cognitive era [1]. This transition is driven by the explosive growth in unstructured data enabled by new technology trends such as Social Media, the Internet of Things, and everywhere computing. Computing workloads are correspondingly shifting away from transactional processing and toward unstructured computational problems requiring fuzzier analysis such as sensing, learning, and inferring; detecting patterns and anomalies; and predicting and discovering.
纳米技术对大规模脑计算的要求和挑战
今天的计算系统正处于历史上一个新时期的开端:认知时代[1]。这种转变是由社交媒体、物联网和无处不在计算等新技术趋势带来的非结构化数据的爆炸式增长推动的。计算工作负载相应地从事务性处理转向需要模糊分析的非结构化计算问题,如感知、学习和推断;检测模式和异常;预测和发现。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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