反转矢量透射反馈求解光电混合全加器

The Implementation of a Full Adder by Using Inverse Vector Realized by Transmissive Feedback

提出了利用反转矢量透射反馈算法研制偏振编码光电混合全加器。该加法器可以实现两输入的光学算术运算。研制成的各单元器件可用于其它各种光计算机系统中。

In this paper,we present a polarization-encoded optical full adder by using an inverse vector realized by transmissive feedback. This adder can realize the optical arithmetic operation with two inputs. The Components developed for this system can be used to design new optical computing systems.