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Experimentation of a 1-pixel bit reconfigurable ternary optical processor

ISSN号：1007-6417
期刊名称：上海大学学报(英文版)
时间：2011
页码：430-436
分类：O614.338[理学—无机化学;理学—化学] TN919.8[电子电信—通信与信息系统;电子电信—信息与通信工程]
作者机构：[1]School of Computer Engineering and Science, shanghai University, Shanghai 200072, P. R. China
相关基金：Project supported by the National Natural Science Foundation of China （Grant No.61073049）, the Shanghai Leading Academic Discipline Project （Grant No.J50103）, and the Doctorate Foundation of Education Ministry of China （Grant No.20093108110016） Acknowledgments The authors would like to express their sincere gratefulness to Profs. SHEN Yun-fu and PENG Jun-jie for their helpful suggestions and comments. We also thank to Ph D Candidate SONG Kai and Master Candidate GAO Huan, School of Computer Engineering and Science, for their cooperation works of all involved parts.
相关项目：三值光学计算机众多数据位的管理理论和关键技术

关键词：光学处理器, 实验过程, 可重构, 三元, 像素, 逻辑运算, 基本操作, 测试案例, ternary optical processor （TOP）, decrease-radix design, basic operation units （BOUs）, reconfigurability, recon figuration circuitry

中文摘要：

1 象素的小点的一个详细实验可配置的第三的光处理器(顶) 在纸被建议。42 个基本操作单位(BOU ) 和 TOP 的 28 个典型逻辑操作员在实验被认识到。测试用例的结果精心地盖住 BOU 的每联合和第三的处理器的所有九输入。实验过程和结果分析在这份报纸被给。试验性的结果证明重新设置一个顶的理论是有效的并且重构电路是有效的。

英文摘要：

A detailed experiment of 1-pixel bit reconfigurable ternary optical processor （TOP） is proposed in the paper. 42 basic operation units （BOUs） and 28 typical logic operators of the TOP are realized in the experiment. Results of the test cases elaborately cover the every combination of BOUs and all the nine inputs of ternary processor. Both the experiment process and results analysis are given in this paper. The experimental results demonstrate that the theory of reconfiguring a TOP is valid and that the reconfiguration circuitry is effective.