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Design and implementation of a NoC router supporting multicast

机译:支持组播的NoC路由器的设计与实现

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References(7) Cited-By(1) Multicast communication has increasingly become common and indispensable for Network-on-Chip (NoC). Router is the key unit of NoC, but few of its implementations provide multicast communication directly. In this letter, we design a tree-based multicast router using differentiated subnetwork. Also, we propose a new deadlock-free routing algorithm to overcome the complex deadlock problem on NoC when it involves multicast communication. In addition, a verification platform on RTL-level is established and synthesized for a Xilinx XC5VLX110T chip. The synthesis reports show that, the multicast router consumes 21.45% less of the chip’s storage resources and 3.82% less of the logic resources when in comparison to the result of unicast router that has the same configuration parameters. The maximum operating frequency is up to 158.203MHz.
机译:参考文献(7)被引用(1)组播通信已变得越来越普遍,对于片上网络(NoC)也是必不可少的。路由器是NoC的关键单元,但是很少有实现直接提供多播通信。在这封信中,我们使用差分子网设计了一个基于树的多播路由器。此外,我们提出了一种新的无死锁路由算法,以解决涉及多播通信的NoC上的复杂死锁问题。此外,针对Xilinx XC5VLX110T芯片建立并合成了RTL级验证平台。综合报告显示,与具有相同配置参数的单播路由器的结果相比,组播路由器消耗的芯片存储资源减少了21.45%,逻辑资源减少了3.82%。最大工作频率高达158.203MHz。

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