基于应用的NoC架构拓扑自适应,降低功耗

D. Prathiba, S. Umamaheswari
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引用次数: 0

摘要

提出的片上网络(NoC)可重构架构通过动态改变路由器连接来改变网络拓扑结构。这种ReNoC可以在单个芯片上适应多个应用程序,以满足运行时已知的所需应用程序。通过配置开关改变路由器连接。该场景给出了重新配置的NoC体系结构,并通过NoC体系结构的源和目标之间的数据传输来实现。在这种可重构的NoC架构中,链路引起的能量消耗大于路由器的能量消耗。因此,采用数据编码和解码技术来降低数据传输的能耗,从而降低NoC架构中的功耗。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Application based topology adaptation in NoC architecture with reduced power dissipation
The proposed reconfigurable architecture for Networks-on-chip (NoC) changes the network topology by dynamically changing the router connections. This ReNoC can adapt more than one application on a single chip for desired application known at runtime. The router connections are changed by using the configuration switches. This scenario gives the reconfigured NoC architecture and is achieved by data transmission between the source and destination of the NoC architecture. In this proposed reconfigurable NoC architecture, the energy consumption induced by the links is more than that of the router. So, data encoding and decoding t techniques are used to reduce the energy consumption of data transmission and hence the power dissipation in the NoC architecture.
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