Reliable communication in systems on chips

G. Micheli
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引用次数: 10

Abstract

System on Chip (SoC) design faces several challenges which are due to the extremely small nature of electronic devices and the consequent opportunity to realize multi-processing systems of extremely high complexity. To manage large scale design, SoCs are assembled out of complex standard parts, such programmable cores and memory arrays. Thus, the major design challenge is to provide correct and reliable operation of the interconnected components. Topdown correct component interconnection will become increasingly harder to succeed, because the interface features of components will also scale-up in complexity. New design methodologies will need to leverage component self-configuration and adaptation to the underlying communication fabric.
芯片上系统的可靠通信
片上系统(SoC)设计面临着几个挑战,这是由于电子器件的极小性质以及随之而来的实现极高复杂性的多处理系统的机会。为了管理大规模设计,soc由复杂的标准部件组装而成,例如可编程内核和存储阵列。因此,主要的设计挑战是提供互连组件的正确和可靠的操作。自顶向下正确的组件互连将变得越来越难以成功,因为组件的接口特性也将在复杂性上扩大。新的设计方法需要利用组件的自配置和对底层通信结构的适应。
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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