crossbar network

In the design, four MCS-51 single-chip microcomputers are connected by crossbar network topology and a PC 386/ 486 is the host computer, forming a distributed multicomputer system.

它将四片MCS－51系列单片机通过全互连的拓扑结构连接起来，以PC386／486为主机，构成一个主从分布式控制的多机系统。

· Design the configurable Crossbar network and local memory, which could buffer data and communication with each unit flexibly.

研究并设计了可配置的Crossbar和局部存储器，可以灵活的进行数据的缓存并对各部件进行互连。

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.

An optical implementation and its control of optoelectronic integrated crossbar interconnection network is reported in this paper.

本文报道了光电子集成Crossbar互连网络的光学实现及电控制方法。

A system for an optical crossbar interconnection network utilizing variable grating mode crystal optical transducers capable of performing intensity-to-spatial-frequency conversion is designed. The proposed system performs real-time and reconfigurable optical crossbar interconnections.

利用可变光栅模液晶光学传感器设计了一种光学十字开关互联网络系统，该系统可实时地重新组合光学十字开关互联，液晶光学传感器执行强度-空间频率转换。

In this paper, 4 × 4 MEMS optical matrix switches are proposed, in which on-off micro-mirrors are arranged with crossbar switching network. Ball-lensed single-mode optical fiber collimators are used as input and output ports.

采用纵横交换网络和通断型微镜实现4×4微电机械系统光开关阵列，利用球透镜单模光纤准直器作为微电机械系统光开关阵列的输入、输出端口。

Research on Crossbar Optical Switching Network in Optical Matrix Switches

光开关矩阵中Crossbar光交换网络的研究

The Implementation and Control of CMOS/ SEED Optoelectronic Integrated Crossbar Interconnection Network

CMOS/SEED光电子集成Crossbar互连网络的实现及控制