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Evaluating power consumption of parameterized cache and busarchitectures in system-on-a-chip designs

机译:评估片上系统设计中的参数化缓存和总线体系结构的功耗

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摘要

Architectures with parameterizable cache and bus can support largentradeoffs between performance and power. We provide simulation datanshowing the large tradeoffs by such an architecture for severalnapplications and demonstrating that the cache and bus should benconfigured simultaneously to find the optimal solutions. Furthermore, wendescribe analytical techniques for speeding up the cache/bus power andnperformance evaluation by several orders of magnitude over simulation,nwhile maintaining sufficient accuracy with respect to simulation-basednapproaches
机译:具有可参数化的高速缓存和总线的体系结构可以支持性能和功耗之间的较大折衷。我们提供的仿真数据显示了这种架构在多个应用程序中的巨大折衷,并表明应该同时配置高速缓存和总线以找到最佳解决方案。此外,文德描述了一种分析技术,用于将高速缓存/总线功率和性能评估比仿真速度提高几个数量级,同时相对于基于仿真的方法保持足够的准确性

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