PartⅠSignal Processing

Chapter 1Periodic Signals
1.1Timedomain Descriptions
1.2Frequencydomain Descriptions
1.3Orthogonal Functions
1.4The Fourier Series
Chapter 2Aperiodic Signals
2.1Introduction
2.2The Exponential Form of the Fourier Series
2.3The Fourier Transform
2.4The Laplace Transform
Chapter 3SampledData Signals
3.1Introduction
3.2Mathematical Description Using the Dirac Function
3.3Spectra of SampledData Signals
3.4The ztransform
3.5Discussion
Chapter 4Random Signals
4.1Introduction
4.2Elements of Probability Theory
4.3Amplitude Distributions and Moments
4.4The Autocorrelation and Power Spectral Density Functions
4.5Important Types of Random Signal
Chapter 5Signals and Systems
5.1Introduction
5.2Basic Aspects of Linear Processing
5.3Convolution,Correlation and Filtering
5.4The Processing of Random Signals
5.5Nonlinear Processing
Chapter 6Modulation and Sampling
6.1Introduction to Modulation
6.2Signal Sampling and Reconstitution
6.3Other Modulation Processes
Chapter 7Filters
7.1Introduction
7.2General Aspects of Filter Performance
7.3Analogue Filters
7.4Digital Filters

Part ⅡTelecommunications Technology

Chapter 8Communication Technology
8.1Basic Knowledge of Communication
8.2Introduction to Optical Fiber Communication
8.3Satellite Communication
8.4Data Communication and Mobile Communication
Chapter 9Communication Networks
9.1Principle for Communication Network
9.2ISDN
9.3ATM Networks
9.4Information Network System
Chapter 10Fourth Generation Wireless Communication
10.1Introduction
10.2System Standards
10.3Forerunner Versions
10.4Principal Technologies in all Candidate Systems
10.5Conclusion
Chapter 11The Software Radio Architecture
11.1Introduction
11.2Software Radio Overview
11.3Partitioning of the Channel Processing Stream
11.4Estimating Resource Requirements
11.5Heterogeneous Multiprocessing Hardware
11.6Open Architecture Software Tools Remain Problematic
11.7Conclusions
Chapter 12Smart Antenna Systems
12.1Introduction
12.2A Useful Analogy for Adaptive Smart Antennas
12.3Antennas and Antenna Systems
12.4What Is a Smart Antenna System?
12.5The Goals of a Smart Antenna System
12.6Signal Propagation: Multipath and Cochannel Interference
12.7The Architecture of Smart Antenna Systems
12.8Who Can Use Smart Antenna Technology?
Chapter 13Bluetooth: Technology for ShortRange Wireless Approches
13.1Introduction
13.2Bluetooth Specifications
13.3Radio Front End
13.4Piconets and Scatternets
13.5Piconet Channel
13.6Putting the Pieces Together
13.7Conclusion

Part ⅢInformation Technology

Chapter 14Underwater Acoustic Signal Processing
14.1Quantitative Description of Signal
14.2Qualitative Description of the Sources of Noise
14.3Comparison of Sonar,Radar,and Seismic Parameters
14.4Target Strength and the Sonar Range Equation
14.5Reflection and Scattering from Boundaries
14.6Effects of an Inhomogeneous Medium
14.7Criteria for Measuring the Success of Detection
14.8Directional Arrays
Chapter 15Underwater Acoustic Imaging
15.1Introduction
15.2Properties of Underwater Acoustic Imaging Systems
15.3Targets and Environmental Requirements
15.4Underwater Acoustic Imaging System Concepts
15.5Examples of Various Acoustic Imaging Techniques and Systems
15.6Summary
Chapter 16Computer Technology
16.1History of Computing
16.2Organization of a Stored Program Digital Computer
Chapter 17Big Data Processing
17.1Introduction
17.2The Hadoop Distributed Filesystem
17.3Map Reduce
17.4Application
Chapter 18Ad hoc Network
18.1Ad hoc
18.2MANET
18.3VANET
18.4Other Application Technology
Chapter 19Images and Graphics
19.1Basic Concepts of Images and Graphics
19.2Computer Image Processing