说明：  本文介绍了一种Star-Subne SS()国家奥委会 建筑。基于当前的陈腔滥调。结构一队 所有的规则的网格节点的组织吗 使用拓扑、SS一队的概念,进一步子网 它描述一个路由器和四个节点, 星际互联拓扑的子网。OPNET 仿真结果表明,学生有更少的国家或地区奥委会的端到端 延迟,仅比陈腔滥调一队总数 路由器的陈腔滥调,在相同网络规模。在 另一方面,路由器的负荷小于两次学生 的陈词滥调。所以学生具有更好的调度性能,其国家或地区奥委会/成本 速度要比
(This paper introduces a kind of SS(Star-Subne) NOC architecture. Based on current CLICHÉ structure NOC in which all the nodes are organized in regular grid topology, SS NOC uses further the concept of subnet and it characterizes that one router and four nodes are interconnected in star topology in the subnet. OPNET simulation results show that SS NOC has less end-to-end delay than CLICHÉ NOC and only has 1/4 total number of routers of CLICHÉ on the same network scale. On the other hand, the load of routers in SS is less than twice of that of CLICHÉ . So SS NOC has better performance/cost rate than )