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Part �� Signal Processing
Chapter 1 Periodic Signals
1��1 Time-domain Descriptions
1��2 Frequency-domain Descriptions
1��3 Orthogonal Functions
1��4 The Fourier Series
Chapter 2 Aperiodic Signals
2��1 Introduction
2��2 The Exponential Form of the Fourier Series
2��3 The Fourier Transform
2��4 The Laplace Transform
Chapter 3 Sampled-Data Signals
3��1 Introduction
3��2 Mathematical Description Using the Dirac Function
3��3 Spectra of Sampled-Data Signals
3��4 The z-transform
3��5 Discussion
Chapter 4 Random Signals
4��1 Introduction
4��2 Elements of Probability Theory
4��3 Amplitude Distributions and Moments
4��4 The Autocorrelation and Power Spectral Density Functions
4��5 Important Types of Random Signal
Chapter 5 Signals and Systems
5��1 Introduction
5��2 Basic Aspects of Linear Processing
5��3 Convolution�� Correlation and Filtering
5��4 The Processing of Random Signals
5��5 Nonlinear Processing
Chapter 6 Modulation and Sampling
6��1 Introduction to Modulation
6��2 Signal Sampling and Rcconstitution
6��3 Other Modulation Processes
Chapter 7 Filters
7��1 Introduction
7��2 General Aspects of Filter Performance
7��3 Analogue Filters
7��4 Digital Filters

Part �� Telecommunications Technology
Chapter 8 Communication Technology
8��1 Basic Knowledge of Communication
8��2 Introduction to Optical Fiber Communication
8��3 Satellite Communication
8��4 Data Communication and Mobile Communication
Chapter 9 Communication Networks
9��1 Principle for Communication Network
9��2 ISDN
9��3 ATM Networks
9��4 Information Network System
Chapter 10 Fourth Generation Wireless Communication
10��1 Introduction
10��2 System Standards
10��3 Forerunner Versions
10��4 Principal Technologies in all Candidate Systems
10��5 Conclusion
Chapter 11 The Software Radio Architecture
11��1 Introduction
11��2 Software Radio Overview
11��3 Partitioning of the Channel Processing Stream
11��4 Estimating Resource Requirements
11��5 Heterogeneous Muhiprocessing Hardware
11��6 Open Architecture Software Tools Remain Problematic
11��7 Conclusions
Chapter 12 Smart Antenna Systems
12��1 Introduction
12��2 A Useful Analogy for Adaptive Smart Antennas
12��3 Antennas and Antenna Systems
12��4 What Is a Smart Antenna System?
12��5 The Goals of a Smart Antenna System
12��6 Signal Propagation�� Muhipath and Cochannel Interference
12��7 The Architecture of Smart Antenna Systems
12��8 Who Can Use Smart Antenna Technology?
Chapter 13 Bluetooth�� Technology for Short-Range Wireless Approches
13��1 Introduction
13��2 Bluetooth Specifications
13��3 Radio Front End
13��4 Piconets and Scatternets
13��5 Piconet Channel
13��6 Putting the Pieces Together
13��7 Conclusion

Part �� Information Technology
Chapter 14 Underwater Acoustic Signal Processing
14�� I Quantitative Description of Signal
14��2 Qualitative Description of the Sources of Noise
14��3 Comparison of Sonar��Radar��and Seismic Parameters
14��4 Target Strength and the Sonar Range Equation
14��5 Reflection and Scattering from Boundaries
14��6 Effects of an Inhomogeneous Medium
14��7 Criteria for Measuring the Success of Detection
14��8 Directional A1Tays
Chapter 15 Underwater Acoustic Imaging
15��1 Introduction
15��2 Properties of Underwater Acoustic Imaging Systems
15��3 Targets and Environmental Requirements
15��4 Underwater Acoustic Imaging System Concepts
15��5 Examples of Various Acoustic Imaging Techniques and Systems
15��6 Summary
Chapter 16 Computer Technology
16��1 History of Computing
16��2 Organization of a Stored Program Digital Computer
Chapter 17 Big Data Processing
17��1 Introduction
17��2 The Hadoop Distributed Filesystem
17��3 Map Reduce
17��4 Application
Chapter 18 Ad hoc Network
18��1 Ad hoc
18��2 MANET
18��3 VANET
18��4 Other Application Technology
Chapter 19 Images and Graphics
19��1 Basic Concepts of Images and Graphics
19��2 Computer Image Processing