Scalable switching fabrics can be used to implement high performance routers by employing multi-dimensional switching fabrics.
在高性能路由器中采用多维交换结构是解决可扩展性的一种方法。
Most high-speed IP routers exploit cell-based switching fabrics, whose scalability and performance are mainly affected by queuing scheme and scheduling algorithm.
高速IP路由器一般采用基于定长信元的交换结构，其可扩展性和性能分别受排队策略和调度算法的影响。
This paper makes a study of switching fabrics, a key part of the architecture of high-speed routers, and a comparison of several switching fabrics suitable for the construction of high-speed routers.
文中对大容量路由器体系结构中的关键组成部分交换网络进行了研究，研究并比较了几种适合于构建大容量交换网络的网络拓扑。
This paper makes a study of switching fabrics, a key part of the architecture of high-speed routers, and a comparison of several switching fabrics suitable for the construction of high-speed routers.
文中对大容量路由器体系结构中的关键组成部分交换网络进行了研究，研究并比较了几种适合于构建大容量交换网络的网络拓扑。
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