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本文研究了序列对应算式与跳变对应原理;对二进制码、左移码、葛莱码的基底结构提出了数学模型,为Walsh函数数字实现的数学模型与物理模型的实际应用提供基础.本文推导出高维数多(车入)入比例乘法器的分块时序矩阵算式.文中还将D.J.Lancaster关于比例乘法器的状态矩阵推广为多(车入)入或时序的矩阵.
In this paper, we study the principle of correspondence between sequences and jumps, and put forward a mathematical model for the base structure of binary code, left shift code and Gray code, which provides a basis for the practical application of mathematical model and physical model of Walsh function digital realization. The high-dimensional multi-dimension (car) into the proportion multiplier block timing matrix algorithm.This article also will DJLancaster on the proportional multiplier state matrix is extended to more (car) into or timing matrix.