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Transaction level error susceptibility model for bus based SoC architectures

机译:基于总线的SoC架构的事务级别错误敏感性模型

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System on Chip architectures have traditionally relied upon bus based interconnect for their communication needs. However, increasing bus frequencies and the load on the bus calls for focus on reliability issues in such bus based systems. In this paper, we provide a detailed analysis of different kinds of errors and the susceptibility of such systems to such errors on various components that the bus comprises of. With elaborate experiments we determine the effect of a single bit error on the bus system during the course of different transactions. The work demonstrates the fact that only a few signals in a bus system are really critical and need to be guarded. Such transaction based analysis helps us to develop an effective prediction methodology to predict the effect of a single bit error on any application running on a bus based architecture. We demonstrate that our transaction based prediction scheme works with an average accuracy of 92% over all the benchmarks when compared with the actual simulation results
机译:传统上,片上系统架构依靠基于总线的互连来满足其通信需求。然而,增加总线频率和总线上的负载要求集中在这种基于总线的系统中的可靠性问题。在本文中,我们提供了对各种错误的详细分析,以及此类系统对总线所组成的各种组件上的此类错误的敏感性。通过精心的实验,我们确定了在不同交易过程中单个位错误对总线系统的影响。这项工作表明了这样一个事实,即总线系统中只有很少的信号确实很关键,需要加以保护。这种基于事务的分析有助于我们开发一种有效的预测方法,以预测单个错误对基于总线的体系结构上运行的任何应用程序的影响。我们证明,与实际的模拟结果相比,基于交易的预测方案在所有基准上的平均准确性为92%

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