A new spatial encoding method is presented to implement optical fuzzy logic gates by using shadow-casting.
本文提出了一种新的空间编码方法并利用阴影投射系统实现了光学并行模糊逻辑门。
The arithmetic is realized by logic operations and implemented by the spatial encoding technique, which offers an efficient design of optical arithmetic logic unit(ALU).
这些基本运算都可通过空间编码与解码的光学逻辑实现，从而提供了一种有效的光学算术-逻辑单元（ALU）设计方案。
This paper presents the principle and the features of a new spatial amplitude encoding pattern method implementing optical parallel array logic gates.
本文给出了执行光学并行阵列逻辑的一种新的空间振幅编码图形法的原理和特性。
Gray coding and encoding two One-hot state machine 2 trigger part and the combinational logic part of the combination of two states with separate machines.
Gray编码和One -hot编码两种状态机；2。触发器部分和组合逻辑部分结合与分开两种状态机。
Gray coding and encoding two One-hot state machine 2 trigger part and the combinational logic part of the combination of two states with separate machines.
Gray编码和One -hot编码两种状态机；2。触发器部分和组合逻辑部分结合与分开两种状态机。
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