1 Continuous Signals
I. I Signals and Descriptions
1.2 The Fourier Transform
I. 3 The Laplace Transform
2 Discrete Signals and Random Signals
2.1 Spectra of Discrete Signals and the z -Transform
2.2 Random Signals and Descriptions
3 Basic Aspects of Signals Processing
3.1 Linear Processing
3.2 Convolution， Correlation， and Filtering
3.3 The Processing of Random Signals
3.4 Nonlinear Processing
4 Modulation
4. 1 Introduction
4.2 Signal Sampling and Reconstitution
4.3 Other Modulation Processes
5 Filters
5.1 Introduction
5.2 General Aspects of Filter Performance
5.3 Analogue Filters
5.4 Digital Filter
6 Communication Networks
6.1 WANs， LANs， and MANS
6.2 Switching Techniques
6.3 Asynchronous Transfer Mode
7 Fiber Optic Communication
7.1 Historical Perspective
7.2 Advantages of Fibers
7.3 Optical Fiber Communication Systems
7.4 Applications of Fiber Optic Communications
8 Mobile Communication
8.1 First Generation （1G） Analog Networks
8.2 Second Generation （2G） Cellular Networks
8.3 Third Generation （3G） Wireless Networks
9 Multimedia Signal Processing System
9. I Introduction
9.2 Digitization of Audio and Video
9.3 Multimedia Services
9.4 Hardware Implementation
10 Programmable DSPS
10. 1 Introduction
10.2 Low Cost
10.3 Other Performance
10.4 Summary
11 The ARM Architecture
11.1 The Acorn RISC Machine
11.2 Architectural Inheritance
11.3 The ARM Programers Model
11.4 ARM Development Tools
Bibliography
Appendix A希腊字母表
Appendix B 数学公式与计算
缺书网
扫码进群