中国激光, 1994, 21 (3): 220, 网络出版: 2007-08-17
光计算中全排列无阻塞双Omega光互连网络的光学实现方法
OPtical Implementation Method of Full-permutation Non-blocking Double Omega Optical Imterconnection Network in Optical Computing
摘要
本文分析了单个Omega光互连网络的局限性,提出了一种全排列无阻塞双Omega光互连网络的光学实现方法。光回路系统由Ar+3离子激光器、光束分束器、偏振组合棱镜和液晶空间光开关组成,能够实现输入信号列阵光束的并行传输和全排列无阻塞光互连。
Abstract
The shortage of signal Omegs optical interconnection network is analyzed, and a optical implementation method of full-permutation non-blocking double Omega interconnection network is proposed in this paper. The light circuit system is composed of Ar+3 ion laser, beamsplitter, compound Polarization beam splitter and liquid crystal spatial light switch, parallel transfer for input signal beam array and full-permutution non-blocking optical interconnection are realized.
罗风光, 徐军, 曹明翠, 李洪谱, 艾军. 光计算中全排列无阻塞双Omega光互连网络的光学实现方法[J]. 中国激光, 1994, 21(3): 220. 罗风光, 徐军, 曹明翠, 李洪谱, 艾军. OPtical Implementation Method of Full-permutation Non-blocking Double Omega Optical Imterconnection Network in Optical Computing[J]. Chinese Journal of Lasers, 1994, 21(3): 220.
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