基于对JM 73解码器运算复杂度的分析，本文在PC平台上对其程序结构、数据结构和算法进行了优化。
Based on the analysis of the computational complexity of JM73 decoder, we perform PC platform optimization on its program structure, data structure and algorithms.
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.
理论分析和实验结果表明，在编码效率和检错能力变化不大的情况下，本算法提高了编解码器运算速度，具有实际意义。
Theoretic analysis as well as experiments show that this coding and decoding algorithm may work well with a faster speed compared with previously proposed schemes, being applicable in practice.
理论分析和实验结果表明，在编码效率和检错能力变化不大的情况下，本算法提高了编解码器运算速度，具有实际意义。
Theoretic analysis as well as experiments show that this coding and decoding algorithm may work well with a faster speed compared with previously proposed schemes, being applicable in practice.
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