Smart Antennas 1st ediiton by Lal Chand Godara ISBN 084931206X 978-0849312069

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ISBN 10:084931206X
ISBN 13: 978-0849312069
Author: Lal Chand Godara 

The use of smart antennas to increase mobile communications channels has re-ignited research and development in the field. Practicing engineers are eager to discover more about this subject, and need a comprehensive book that can provide a learning platform and prevent the loss of time spent on searches through journal literature.

Smart Antennas examines nearly all aspects of array signal processing and presents them in a logical manner. It delivers a detailed treatment of antenna array processing schemes, adaptive algorithms to adjust weighting, direction of arrival (DOA) estimation methods, diversity-combining methods that combat fading and reduce errors.

The book introduces the various processor structures suitable for the narrowband field, examining the behavior of both element space and beamspace processors. It then explores adaptive processing, focusing on the simple matrix inversion algorithm, constrained least mean squares (LMS), the neural network approach, and more. The text also describes smart antennas that are suitable for broadband signals, and presents analyses and techniques suitable for correlated fields in narrowband and broadband signals.

This volume supplements its content with extensive references, enabling you to further investigate smart antenna array schemes and application.

Smart Antennas 1st Table of contents:

Chapter 1: Introduction to Smart Antennas
1.1. Overview of Antennas
1.2. Traditional vs. Smart Antennas
1.3. The Role of Smart Antennas in Modern Communication Systems
1.4. Key Advantages of Smart Antennas
1.5. Applications of Smart Antennas

Chapter 2: Fundamentals of Antenna Theory
2.1. Basic Concepts in Antenna Theory
2.2. Antenna Parameters and Measurements
2.3. Radiation Patterns and Directivity
2.4. Antenna Array Fundamentals
2.5. Types of Antenna Arrays
2.6. Antenna Impedance and Matching

Chapter 3: The Basics of Smart Antenna Systems
3.1. What Makes an Antenna “Smart”?
3.2. Adaptive Arrays and Beamforming
3.3. Direction-of-Arrival (DOA) Estimation
3.4. Signal Processing Techniques for Smart Antennas
3.5. Types of Smart Antennas (Switched, Adaptive, Phased)

Chapter 4: Adaptive Beamforming
4.1. Principles of Beamforming
4.2. Adaptive Beamforming Algorithms
4.3. Least Mean Square (LMS) Algorithm
4.4. Recursive Least Squares (RLS) Algorithm
4.5. Performance Metrics for Beamforming
4.6. Applications of Beamforming in Communication Systems

Chapter 5: Multi-Input Multi-Output (MIMO) Systems
5.1. Introduction to MIMO Technology
5.2. MIMO Channel Models and Capacities
5.3. Spatial Multiplexing and Diversity
5.4. MIMO with Smart Antennas
5.5. MIMO System Performance in Wireless Networks
5.6. Applications of MIMO Technology

Chapter 6: Smart Antennas in Wireless Communication
6.1. Role of Smart Antennas in 4G and 5G Networks
6.2. Smart Antennas in Cellular Communication Systems
6.3. Smart Antennas for Wi-Fi and WiMAX Networks
6.4. Smart Antennas in Satellite Communications
6.5. Performance Improvement and Interference Mitigation

Chapter 7: Algorithm Design and Optimization for Smart Antennas
7.1. Optimization of Antenna Arrays
7.2. Performance Metrics for Smart Antennas
7.3. Antenna Pattern Design and Control
7.4. Multi-Objective Optimization Algorithms
7.5. Machine Learning Approaches for Smart Antenna Design
7.6. Simulation Tools for Smart Antenna Performance

Chapter 8: Channel Estimation and Signal Processing
8.1. Channel Estimation Techniques
8.2. Time and Frequency Domain Estimation
8.3. Adaptive Filtering for Channel Estimation
8.4. Equalization Techniques in Smart Antennas
8.5. Signal Detection and Interference Mitigation

Chapter 9: Smart Antennas for Localization and Positioning
9.1. Principles of Localization with Smart Antennas
9.2. Time-of-Arrival (TOA) and Time-Difference-of-Arrival (TDOA) Methods
9.3. Angle-of-Arrival (AOA) Techniques
9.4. Smart Antennas in GPS and Indoor Positioning Systems
9.5. Performance Evaluation in Localization Systems

Chapter 10: Integration and Practical Implementation
10.1. Smart Antenna System Design Considerations
10.2. Hardware Components for Smart Antennas
10.3. System Integration with Wireless Devices
10.4. Measurement and Testing of Smart Antenna Systems
10.5. Challenges in Real-World Deployment
10.6. Case Studies and Field Trials

Chapter 11: Emerging Trends and Future Directions
11.1. Smart Antennas in 5G and Beyond
11.2. Cognitive Radio and Smart Antennas
11.3. Smart Antennas for Internet of Things (IoT)
11.4. Future Research Directions in Smart Antennas
11.5. Integration with Artificial Intelligence and Machine Learning
11.6. Closing Remarks on the Evolution of Smart Antenna Technologies

Appendices
A.1. Glossary of Terms
A.2. Antenna Parameters and Formulas
A.3. Key Algorithms and Mathematical Tools
A.4. Simulation Software for Smart Antenna Design
A.5. Index

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