文档介绍：现代信号处理
数字信号处理DSP--线性、时不变、最小相位
现代信号处理Modern SP--非线性、时变、非最小相位
近年来,随着现代通信、信息理论和计算机科学与技术的飞速发展,信号处理的经典理论也在向现代理论演化。已从研究简单的线性时不变的最小相位系统,发展为研究非线性时变的非最小相位系统。同时由于高阶统计量及小波变换等数学工具的新发展,使人们可以有效地分析和处理非高斯信号和非平稳时变的信号。这就使得现代信号处理成为现代通信信息系统、电子科学技术以及自动控制等众多学科的理论基础和有力工具。通过本课程的学习,应使学生较全面地掌握有关现代信号处理的理论基础和分析方法的基础知识;并且通过跟踪本学科的最新发展趋势与热门研究课题,来启发培养学生能具备适应未来一些新的交叉学科发展的综合创新能力。
....This text provides the students with a basic background of multidimensional signal processing theory with an emphasis on the differences and similarities between the one-dimensional and multidimensional cases. We have endeavored to write a text that will develop the student's intuition and motivation for this field without boring him or her with lengthy formal derivations, theorems, and proofs. Mathematical formality has its places, of course, but we feel that it should spring from an intuitive understanding of how things work, not the other way around. We hope the more mathematically inclined readers will understand, and benefit from, our informal approach. ....
消息、信号与信息Message, Signal, Information
数据处理date processing-信号处理Signal Processing
运算处理的物理概念、工程意义--信号、电路与系统