This paper brings forward a new viewpoint of using balanced ternary half-adder in the ternary optical computer.
提出了在三值光计算机中采用对称三进制半加器的观点，设计了支持这个观点的半加器结构原理图。
By the work, it proves that theory of ternary optical signals encoder is right and sets up a primal foundation of other experiments about ternary optical computer.
该编码器为三值光计算机后续部件的研究和实现打下了坚实基础。
Ternary optical coder , decoder and ternary logical calculus belong to key components of ternary optical computer, and they are the base of implementing other components of the optical computer.
三值光编码、解码器和三值逻辑运算器是三值光计算机关键部件，是实现三值光计算机其它部件的基础。
Ternary optical coder , decoder and ternary logical calculus belong to key components of ternary optical computer, and they are the base of implementing other components of the optical computer.
三值光编码、解码器和三值逻辑运算器是三值光计算机关键部件，是实现三值光计算机其它部件的基础。
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