论文标题
一项针对虫洞路由运行的多阶段互连网络的研究，并配备了多车道存储
A study of multistage interconnection networks operating with wormhole routing and equipped with multi-lane storage
论文作者
论文摘要
多阶段互连网络（分钟）在具有吸引人的成本/绩效关系的网络组件之间提供了关键的通信资源。在本文中，提出了一个新的建筑。与其他现有网络相反，这种新的体系结构使用多车道等效加权的公平排队系统通过虫洞路由运行。将车道存储与每个物理通道相关联，以进行弹性运动，可以高水平的数据包流动，并使系统更强大。最终的FLIT调度模式已经进行了彻底研究，结果在本手稿中介绍。除了性能指标外，还研究了其他因素，例如复杂性，成本和可靠性。由于Mins设计的基本目的是实现良好的数据流控制机制，因此该提案是一种非常有效且强大的解决方案。这种创新计划背后的理由是引入更有效的网络技术，从而提供更好的服务（即流媒体与文件传输）。
Multistage interconnection networks (MINs) provide critical communication resources between network components with an attractive cost/performance relation. In this paper, a novel architecture for a MIN is proposed. In contrast to other existing networks, this new architecture operates via wormhole routing using a multi-lane equivalent-weighted fair queuing system. Associating the lane storage with each physical channel for movement of the flits allows for high levels of packet flow and makes the system more robust. The resulting flit scheduling schema has been studied thoroughly, and the results are presented in this manuscript. In addition to performance metrics, additional factors such as complexity, cost and reliability are investigated. Since a basic aim of the design of MINs is to achieve a good data flow control mechanism, this proposal is an extremely effective and robust solution. The rationale behind this innovative scheme is to introduce a more efficient network technology, thus providing a better quality of service (i.e. streaming media vs. file transfer).
