Signals and Systems - National Electrical and Electronic Teaching Base textbook series after Kim. Hu Jian Xue(Chinese Edition)(Old-Used)

Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback. Pub Date :2003-03-01 Publisher: North Jiaotong University Press Condition: Genuine used .85-9 into a new stock position: No. 8 coffers - of Tsinghua basic information title: Signal and Systems - National Electrical and Electronic Teaching base series of textbooks List Price: 38.00 yuan price: 11 yuan you save 27 yuan discount: 28% off author: the Later Jin Chen. Hu Jian Xue Jian ed Press: North Jiaotong University Press Publication Date :2003-3-1ISBN: 9787810820554 Words: Page: Revision: Binding: Folio: Editor's Summary This book mainly on deterministic signal time domain analysis and frequency domain analysis. description and characteristics of linear time-invariant systems. as well as a signal by the linear time-invariant The time-domain analysis of the system and transform domain analysis. A brief introduction to the basic theory of signals and systems and methods of communications systems and biomedical systems. This book. based on the information science and technology development trend. combined with the results of teaching reform in recent years. in accordance with the continuous and discrete parallel. the first time domain transform domain structure system. a more substantial update the contents of the course. Drawn on to highlight the basic theory. basic concepts and methods. computational techniques fade. the introduction of MATLAB as signals and systems analysis tools. Focus on case studies. an addendum to the engineering and integrated design examples and exercises. The book is listed as 2002 Beijing Higher Education boutique textbook project project. Electronic and Information Engineering. Communication Engineering. Information Engineering. automatic control engineering. biomedical engineering. computer professional undergraduate textbook. also available for technology worker self-reference. Description and classification of signals and systems analysis Introduction Table of Contents Chapter 1 1.1 signal description and classification system 1.2 1.3 Chapter 2 Overview of signals and systems analysis exercises signal time domain analysis of the 2.1 continuous time signal time domain description 2.2 discrete time signal domain description 2.3 continuous signal basic arithmetic of 2.4 discrete time signals determine basic operations 2.5 signal time domain decomposition 2.6 signals MATLAB Exercises Chapter 3 system time-domain analysis 3.1 Linear time-invariant system description and characteristics 3.2 continuous-time impulse response of LTI system response 3.3 continuous system 3.4 convolution integral 3.5 discrete-time system unit impulse response 3.6 discrete system response time domain analysis system represented 3.7 serial convolution and 3.8 Impulse Response System features 3.9 using MATLAB Problem MATBLA Exercises Chapter 4 cycle signal frequency domain analysis 4.1 continuous time signal Fourier Series 4.2 Fourier series of continuous-time spectral analysis of the basic nature of the 4.3 cycle signal the 4.4 discrete Fourier series (DFS) 4.5 periodic signal frequency domain analysis The MATLAB exercises MATBLA Exercises Chapter 5 non-periodic signal frequency domain analysis 5.1 aperiodic signal spectrum 5.2 signal frequency domain analysis of the uncertainty principle 5.5 5.3 continuous-time Fourier transform nature 5.4 signal discrete-time Fourier transform (DTFT and it) 5.6 discrete-time Fourier transform nature 5.7 the aperiodic signal frequency domain analysis of MATLAB realization the exercises MATBLA exercises Chapter 6 6.1 frequency domain analysis of the system is a continuous non-periodic signal through the system in response to the frequency domain analysis the 6.2 continuous cycle signal through the system response 6.6 using MATLAB analysis system the the frequency characteristics exercises MATBLA exercises Chapter 7 continuous time signal and system complex frequency domain analysis.