crossbar switch

Crossbar switch is significant to the expansion of system bus and interconnection of multi processors.

交叉开关对于系统总线的扩展以及多处理器之间的互连都有很重要的意义.

A Macro-SIMD Short Vector Fuctional Unit Design Based on Crossbar Switch

一种基于交叉开关的宏SIMD短向量管理部件设计

FPGA Design and Implementation of High-speed Crossbar Switch Scheduler Based on iSLIP

基于iSLIP算法的高速Crossbar调度器的FPGA设计与实现

It was a milestone that shared bus switch fabrics had been replaced by crossbar fabrics.

从共享总线式交换器到交叉开关结构的出现曾一度掀起了交换结构研究的新潮流.

Crossbar switch is unblock network, it allows all possible simultaneous connect from point to point.

交叉开关是无阻塞网络, 允许所有可能的点对点间的同时连接.

This paper introduces the iSLIP schedule algorithm widely adopted in CROSSBAR switch fabric with its performance analyzed.

iSLIP是一种高效的队列调度算法，并且易于硬件实现。该文主要介绍基于CROSSBAR交换结构的调度算法iSLIP原理和及其在硬件中的实现；

Moreover, Crossbar switch fabric is simple, it is realized with hardware easily.

况且，Crossbar交换结构简单，容易硬件实现。

Limited by memory bandwidth, high bandwidth routers often use input queued crossbar switch fabric.

由于受到存储器带宽的限制，目前宽带路由器一般采用输入缓冲的crossbar交换开关。

High performance routers often use crossbar switch.

宽带路由器一般采用crossbar交换开关。