Signals and Systems, Volume 2

Author: Zheng Junli
Publisher:
Publishing Date: 2000-05-01
Features: This book is a revised edition of "Signals and Systems," published in 1981 by Higher Education Press. The structure of this edition is largely the same as the previous one, still focusing on the fundamental concepts and analytical methods for the transmission and processing of deterministic signals through linear time-invariant systems, ranging from the time domain to the transform domain, from continuous to discrete, from input-output description to state-space description, with communication and control engineering as the primary application background, emphasizing case studies. Compared to the previous edition, the content of the entire book has been significantly updated to meet the new needs of contemporary information science and technology. The first part consists of six chapters, including Introduction, Time-Domain Analysis of Continuous Systems, Fourier Transform, Laplace Transform, Filtering, Modulation and Sampling, and Vector Space Analysis of Signals. The second part also consists of six chapters, including Time-Domain Analysis of Discrete Systems, z-Transform, Discrete Fourier Transform, Analog and Digital Filters, Feedback Systems, and State-Space Analysis. This book is a national key textbook for "Nine-Five" general higher education, suitable as a textbook for engineering or science majors in universities and colleges, as well as for self-study reference for scientific research and engineering technicians. This book is a revised edition of "Signals and Systems," published in 1981. The structure of this edition is largely the same as the previous one, still focusing on the fundamental concepts and analytical methods for the transmission and processing of deterministic signals through linear time-invariant systems, ranging from the time domain to the transform domain, from continuous to discrete, from input-output description to state-space description, with communication and control engineering as the primary application background, emphasizing case studies. Compared to the previous edition, the entire book has been significantly updated to meet the new needs of contemporary information science and technology. The second part consists of six chapters, including Time-Domain Analysis of Discrete-Time Systems, z-Transform, Discrete Fourier Transform, Analog and Digital Filters, Feedback Systems, and State-Space Analysis. This book is a national key textbook for "Nine-Five" general higher education, suitable as a textbook for engineering or science majors in universities and colleges, as well as for self-study reference for scientific research and engineering technicians.