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Analysis of Error Recovery Schemes for Networks on Chips

机译:片上网络的错误恢复方案分析

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AS DEVICES SHRINK toward the nanometer scale, on-chip interconnects are becoming a critical bottleneck in meeting performance and power consumption requirements of chip designs. Industry and academia recognize the interconnect problem as an important design constraint, and, consequently, researchers have proposed packet-based on-chip communication networks, known as networks on chips (NoCs), to address the challenges of increasing interconnect complexity. NoC designs promise to deliver fast, reliable, energy-efficient communication between on-chip components. Because most application traffic is bursty in nature, packet-switched networks are suitable for NoCs.
机译:随着设备向纳米级缩小,片上互连正成为满足芯片设计的性能和功耗要求的关键瓶颈。工业界和学术界都将互连问题视为重要的设计约束,因此,研究人员提出了基于分组的片上通信网络,称为芯片上网络(NoCs),以应对互连复杂性日益增加的挑战。 NoC设计有望在片上组件之间提供快速,可靠,节能的通信。因为大多数应用程序流量本质上都是突发性的,所以分组交换网络适用于NoC。

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