Radar Handbook 3rd edition by Merrill I Skolnik ISBN 0071485473 978-0071485470

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ISBN 10:  0071485473
ISBN 13: 978-0071485470
Author: Merrill I Skolnik

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The Industry Standard in Radar Technology_Now Updated with All the Advances and Trends of the Past 17 Years

Turn to the Third Edition of Radar Handbook for state-of-the-art coverage of the entire field of radar technology_from fundamentals to the newest applications.

With contributions by 30 world experts, this resource examines methods for predicting radar range and explores radar subsystems such as receivers, transmitters, antennas, data processing, ECCM, and pulse compression. This radar handbook also explains the target cross section…radar echoes from ground and sea…and all radar systems, including MTI, AMTI, pulse doppler, and others. Using SI units, the Third Edition of Radar Handbook features:

• Unsurpassed guidance on radar fundamentals, theory, and applications
• Hundreds of examples and illustrations
• New to this edition: new chapters on radar digital signal processing, radar in air traffic control, ground penetrating radar, fighter aircraft radar, and civil marine radar; 22 thoroughly revised chapters; 17 new contributors

Inside This Cutting-Edge Radar Guide

• MTI Radar • Pulse Doppler Radar • Multifunctional Radar Systems for Fighter Aircraft • Radar Receivers • Automatic Detection, Tracking, and Sensor Integration • Pulse Compression Radar • Radar Transmitters • Reflector Antennas • Phased Array Radar Antennas • Radar Cross Section • Sea Clutter • Ground Echo • Space-Based Radar • Meteorological Radar • HF Over-the-Horizon Radar • Ground Penetrating Radar • Civil Marine Radar • Bistatic Radar • Radar Digital Signal Processing • And More!

Radar Handbook 3rd Table of contents:

Preface

• Acknowledgments
• Introduction to the Third Edition

Chapter 1: Radar Systems and Their Applications
1.1 Basic Principles of Radar
1.2 Types of Radar Systems
1.3 Radar Applications: Military, Civilian, and Commercial
1.4 The Future of Radar Technology

Chapter 2: Radar Waveform and Signal Processing
2.1 Basic Radar Signals
2.2 Waveform Types
2.3 Modulation Techniques
2.4 Pulse Compression
2.5 Signal Processing Fundamentals
2.6 Digital Signal Processing (DSP) in Radar

Chapter 3: Radar Antennas and Propagation
3.1 Antenna Principles
3.2 Radar Antenna Types
3.3 Antenna Gain and Directivity
3.4 Propagation of Radar Waves
3.5 Atmospheric Effects on Radar Propagation
3.6 Radar Cross-Section (RCS) and Its Impact

Chapter 4: Radar System Design
4.1 Key Design Considerations
4.2 Radar Transmitters and Receivers
4.3 Modulators and Power Amplifiers
4.4 Low-Noise Amplifiers (LNAs)
4.5 Signal Detection and Estimation
4.6 Performance Criteria and Metrics

Chapter 5: Radar Detection and Tracking
5.1 Detection Theory and Concepts
5.2 The Radar Equation
5.3 Clutter and Noise
5.4 Detection in Noise: SNR, Thresholds, and Probability of Detection
5.5 Tracking Techniques and Algorithms
5.6 Tracking Accuracy and Error Models

Chapter 6: Doppler Radar and Moving Target Detection
6.1 Doppler Effect and Its Use in Radar
6.2 Moving Target Detection (MTD)
6.3 Doppler Shift and Velocity Measurement
6.4 Pulse-Doppler Radar Systems
6.5 Advanced Techniques for Target Tracking

Chapter 7: Radar Imaging Systems
7.1 Synthetic Aperture Radar (SAR)
7.2 Inverse Synthetic Aperture Radar (ISAR)
7.3 Radar Imaging Techniques and Applications
7.4 Resolution and Imaging Algorithms
7.5 Radar Imaging for Earth Observation and Remote Sensing

Chapter 8: Radar Clutter and Interference
8.1 Types of Clutter and Their Impact on Radar
8.2 Clutter Mitigation Techniques
8.3 Jamming and Countermeasures
8.4 Interference in Radar Systems
8.5 Techniques for Enhancing Radar Performance in Challenging Environments

Chapter 9: Radar for Weather and Environmental Sensing
9.1 Weather Radar Systems
9.2 Doppler Radar for Storm Detection
9.3 Rainfall and Wind Measurement
9.4 Atmospheric Sensing and Remote Sensing
9.5 Radar in Environmental Monitoring

Chapter 10: Radar Signal Processing Techniques
10.1 Digital Signal Processing Basics
10.2 Filtering Techniques in Radar Systems
10.3 Fourier Analysis and Spectral Processing
10.4 Matched Filtering and Correlation
10.5 Adaptive Signal Processing

Chapter 11: Radar Systems for Communication
11.1 Radar as a Communication System
11.2 Radar Communication Integration
11.3 Short-Range Radar Communication
11.4 Frequency-Hopping and Spread Spectrum Techniques
11.5 Applications in Wireless Communication Systems

Chapter 12: Radar Data Fusion and Multisensor Systems
12.1 Principles of Data Fusion
12.2 Techniques for Sensor Fusion
12.3 Radar and Optical Sensor Fusion
12.4 Multisensor Systems for Enhanced Target Detection
12.5 Applications of Data Fusion in Radar Systems

Chapter 13: Radar Signal Processing Hardware and Software
13.1 Hardware Architectures for Radar Processing
13.2 Software-Defined Radar
13.3 Real-Time Signal Processing in Radar
13.4 Simulation and Modeling Tools
13.5 FPGA and DSP Technologies in Radar

Chapter 14: Radar Calibration and Performance Evaluation
14.1 Calibration Methods for Radar Systems
14.2 Performance Metrics and Standards
14.3 Radar System Testing and Evaluation
14.4 Field Calibration Techniques
14.5 Performance Degradation and Maintenance

Chapter 15: Radar Applications in Defense and Security
15.1 Military Radar Systems
15.2 Air Traffic Control Radar
15.3 Homeland Security and Surveillance
15.4 Radar for Border Protection and Surveillance
15.5 Counterterrorism and Counterintelligence Applications

Chapter 16: Future Trends in Radar Technology
16.1 Advances in Radar Materials and Technologies
16.2 Emerging Radar System Architectures
16.3 Integration with Modern Communication Networks
16.4 Quantum Radar and Future Innovations
16.5 The Role of Radar in Autonomous Systems

Appendices

• A: Mathematical and Physical Constants
• B: Radar Design and Simulation Tools
• C: Glossary of Terms
• D: Further Reading and References

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