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Information-Theoretic Radar Signal Processing
About this book
A comprehensive introduction to the emerging research in information-theoretic radar signal processing
Signal processing plays a pivotal role in radar systems to estimate, visualize, and leverage useful target information from noisy and distorted radar signals, harnessing their spatial characteristics, temporal features, and Doppler signatures. The burgeoning applications of information theory in radar signal processing provide a distinct perspective for tackling diverse challenges, including optimized waveform design, performance bound analysis, robust filtering, and target enumeration.
Information-Theoretic Radar Signal Processing provides a comprehensive introduction to radar signal processing from an information theory perspective. Covering both fundamental principles and advanced techniques, the book facilitates the integration of information theory into radar signal processing, broadening the scope and improving the performance. Tailored to the needs of researchers and students alike, it serves as a valuable resource for comprehending the information-theoretic aspects of radar signal processing.
Information-Theoretic Radar Signal Processing readers will also find:
- Presentation of alternative hypotheses in adaptive radar detection
- Detailed discussion of topics including resource management and power allocation
- Direction-of-arrival (DOA) estimation and integrated sensing and communications (ISAC)
Information-Theoretic Radar Signal Processing is ideal for graduate students, scientists, researchers, and engineers, who work on the broad scope of radar and sonar applications, including target detection, estimation, imaging, tracking, and classification using radio frequency, ultrasonic, and acoustic methods.
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Information
Table of contents
- Cover
- Title Page
- Copyright
- Contents
- About the Editors
- List of Contributors
- Preface
- Chapter 1 InformationāTheoretic Waveform Design for MIMO Radar Target Detection
- Chapter 2 Multiple Alternative Hypotheses in Adaptive Radar Detection: An InformationāTheoretic Approach
- Chapter 3 InformationāTheoretic Approaches to Radar Target Enumeration
- Chapter 4 InformationāTheoretic Compressive Sensing for Time Delay Estimation
- Chapter 5 EntropyāEnhanced OneāBit Compressive Sensing for DOA Estimation
- Chapter 6 InformationāTheoretic Methods for Waveform Design in Multistatic Radar Imaging
- Chapter 7 Statistical Information Theory in SAR and PolSAR Image Analysis
- Chapter 8 Information Fusion and Target Tracking: InformationāTheoretic Sensor Selection
- Chapter 9 Robust Filtering Under Minimum Error Entropy Criterion
- Chapter 10 Dynamic Control of Radar Systems Using Information Rate
- Chapter 11 Power Allocation Strategies for Localization in Distributed MultipleāRadar Architectures
- Chapter 12 InformationāTheoretic Approach to Fully Adaptive Radar Resource Management
- Chapter 13 InformationāTheoretic Limits of Integrated Sensing and Communications
- Chapter 14 ZivāZakai Bound for Multisource DOA Estimation
- Index
- EULA