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首页> 外文期刊>Journal of Semiconductors >Reconfigurable computing: a promising microchip architecture for artificial intelligence
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Reconfigurable computing: a promising microchip architecture for artificial intelligence

机译:可重新配置的计算:人工智能的有希望的微芯片架构

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摘要

Today, integrated circuit technology is approaching the physical limit. From performance and energy consumption perspective, reconfigurable computing is regarded as the most promising technology for future computing systems with excellent feature in computing and energy efficiency. From the perspective of computing performance, compared with single thread performance stagnation of general purpose processors (GPPS), reconfigurable computing may customize hardware according to application requirements, so as to achieve higher performance and lower energy consumption. From the perspective of economics, a microchip based on reconfigurable computing technology has post-silicon reconfigurability, which can be applied in different fields, so as to better share the cost of non-recurring engineering (NRE). High computing and energy efficiency together with unique reconfigurability make reconfigurable computing one of the most important technologies of artificial intelligent microchips.
机译:如今,集成电路技术正在接近物理限制。 从性能和能耗的角度来看,可重构的计算被认为是未来计算系统最有希望的技术,具有在计算和能源效率方面具有出色的特征。 从计算性能的角度来看,与通用处理器(GPP)的单线性能停滞相比,可重新配置的计算可以根据应用要求定制硬件,从而实现更高的性能和更低的能量消耗。 从经济学的角度来看,基于可重构计算技术的微芯片具有后硅重新配置性,可以在不同的领域应用,从而更好地共享非经常性工程(NRE)的成本。 高计算和能源效率以及独特的重新配置性,使得可重新配置的计算一个人工智能微芯片最重要的技术之一。

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