通信信号处理中夹套矩阵的特性

M. Lee, Jeong Su Kim
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引用次数: 0

摘要

关于1893年法国Hadamard提出的正交Hadamard矩阵,李文浩教授于1989年将其重新定义为中心权重Hadamard,并于1998年发现了夹克矩阵。夹克矩阵是阿达玛矩阵的推广。本文提出了一种获取对称夹克衫矩阵的方法,分析了其重要性质和模式,得到了夹克衫矩阵的行列式和特征值,并用特征分解进行了证明。这些计算对信号处理和正交码设计是有用的。为了分析矩阵系统,将其与DFT、DCT、Hadamard和Jacket矩阵进行比较。在伽罗瓦场的对称矩阵中,用数学方法证明了Jacket矩阵的逐元逆关系,并推导出AB=I关系的正交性质。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Characteristics of Jacket Matrix for Communication Signal Processing
About the orthogonal Hadamard matrix announced by Hadamard in France in 1893, Professor Moon Ho Lee newly defined it as Center Weight Hadamard in 1989 and announced it, and discovered the Jacket matrix in 1998. The Jacket matrix is a generalization of the Hadamard matrix. In this paper, we propose a method of obtaining the Symmetric Jacket matrix, analyzing important properties and patterns, and obtaining the Jacket matrix's determinant and Eigenvalue, and proved it using Eigen decomposition. These calculations are useful for signal processing and orthogonal code design. To analyze the matrix system, compare it with DFT, DCT, Hadamard, and Jacket matrix. In the symmetric matrix of Galois Field, the element-wise inverse relationship of the Jacket matrix was mathematically proved and the orthogonal property AB=I relationship was derived.
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