An optoelectronic full adder using: a beam scanning laser diode

H. Itoh, S. Mukai, M. Mori, M. Watanabe, Hiroyoshi Yajimi
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Abstract

The present stage of the integration technology for optoelectronic digital computing systems is primitive, while this technology is essential for the systems to overcome electronic digital computers in the future. For example, an optical full adder is usually composed of several fundamental optical logic gates, and the number of these gates easily amounts to a prohibitive level when such adders are integrated. This difficulty will be relieved if the number of the gates composing an adder is reduced. The reduction of the gates also results in smaller size and higher operation speed of the system.
一种使用光束扫描激光二极管的光电全加法器
目前光电子数字计算系统的集成技术还处于初级阶段,而该技术是未来系统克服电子数字计算机的关键技术。例如,一个光学全加法器通常由几个基本的光学逻辑门组成,当这些加法器被集成时,这些门的数量很容易达到一个令人望而却步的水平。如果减少构成加法器的门的数量,这一困难将得到缓解。栅极的减少也使得系统体积更小,运行速度更高。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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