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引用次数: 3

摘要

评估系统片上架构需要测试板和应用程序。为了将分组交换微网络SPIN与传统的pi总线进行比较,我们编写了SystemC组件和多线程程序。我们使用的不是流量生成分析器,而是运行在处理器MIPS R3000上的真正的应用程序。通过这种方式,我们有各种各样的交通更加真实。本文描述了管理SystemC仿真的方法,并详细介绍了饱和pi总线的应用程序的结构。结果表明,当我们使用并行应用程序时,增加带宽的重要性,也揭示了我们在SPIN网络中使用处理器的困难
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A Systemc Test Environment For Spin Network
Evaluate system on-chip architectures necessitates test boards and applications. For the comparison between the packet-switched micro-network SPIN and the traditional Pi-Bus we have elaborated SystemC components and multi-threads programs. Instead of using a traffic generator analyzer, component flooding the network with packets, we use a true application running on processor MIPS R3000. By that way we have a various traffic much more realistic. This article describes the way to manage the SystemC simulation and gives details about the structure of an application saturating the Pi-Bus. The results show the importance of an increasing bandwith when we use a parallel application, and also reveal the difficulty we can have to saturate the SPIN network with processors
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