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A Novel Bus-based Interconnection Topology For Small-scale Multiprocessor System And SOC Multiprocessor System

机译:小型多处理器系统和SOC多处理器系统的基于总线的新型互连拓扑

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This paper presents a novel topology, partial-bus, as an alternative to traditional single/multiple shared bus. Through a discrete-time homogeneous Markov model which analytically calculates throughput, the research compares the performance of partial-bus with that of single/multiple bus.The performance comparison indicates that partial-bus may well be a good alternative to single/multiple bus for small scale and SOC multiprocessor systems. To ensure bus allocations of partial-bus is deadlock-free, a Petri-net based model is also introduced to formally describe bus occupation behaviors in partial-bus and verify the deadlockfree property.
机译:本文提出了一种新颖的拓扑结构,部分总线,作为传统的单/多共享总线的替代方案。通过分析计算吞吐量的离散时间齐次马尔可夫模型,将部分总线的性能与单/多总线的性能进行了比较。性能比较表明,部分总线很可能是单/多总线的良好替代方案。小型和SOC多处理器系统。为了确保部分总线的总线分配无死锁,还引入了基于Petri网的模型来正式描述部分总线中的总线占用行为并验证无死锁的属性。

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