• Introduction: A Short History of Waveform Diversity
• Section A: Waveform Diversity Paradigms
  • Chapter 1: Diversity Strategies: Lessons from Natural Systems
  • Chapter 2: Distributed and Layered Sensing
  • Chapter 3: Waveform Diversity and Sensors as Robots in Advanced Military Systems
  • Chapter 4: Implications of Diversity from a Sensing Point of View
• Section B: Applications
  • Part I: Multi-mission Systems
    • Chapter 5: An Evolutionary Algorithm Approach to Simultaneous Multi-Mission Radar Waveform Design
    • Chapter 6: Interlacing of Non-Uniform Doppler Waveforms and Metric Space Geometry of Negative Curvature
    • Chapter 7: Evolutionary Algorithms Based Sparse Spectrum Waveform Optimization
    • Chapter 8: Intra-Pulse Radar-Embedded Communications
    • Chapter 9: Waveform Design for Joint Digital Beamforming Radar and MIMO Communications Operability
    • Chapter 10: A Transform Domain Communication and Jamming Waveform
    • Chapter 11: Optimal Space-Time Transmit Signals for Multi-Mode Radar
  • Part II: Long-Range Active Sensing
    • Chapter 12: Waveform Diversity and Adaptive Signal Processing to Improve SBR GMTI Performance Degraded by MEO Antenna Mechanical Distortions
    • Chapter 13: Multidimensional Waveform Encoding for Spaceborne Synthetic Aperture Radar Remote Sensing
    • Chapter 14: Time Reversed Over-The-Horizon Radar
    • Chapter 15: Issues with Orthogonal Waveform Use in MIMO HF OTH Radars
  • Part III: Distributed Aperture Sensing
    • Chapter 16: Waveform Diversity and Signal Processing Strategies in Multistatic Radar Systems
    • Chapter 17: A Framework for Optimal Code Design for MIMO Radar
    • Chapter 18: Space-Time Adaptive Processing for Frequency-Diverse Distributed Aperture Radars
    • Chapter 19: A Novel Waveform Diversity Model for Distributed Aperture Radars with Consideration on Environment Non-Stationarity
    • Chapter 20: Waveform Concepts and Design for Weather Radar Network
    • Chapter 21: Waveform Time-Frequency Characterization for Dynamically Configured Sensor Systems
    • Chapter 22: The Role of Coherence in Waveform Design
    • Chapter 23: Image Formation and Waveform Design for Distributed Apertures in Multipath via Gram-Schmidt Orthogonalization
    • Chapter 24: Characterization of Diversity Approaches for LFM Stretch-Processed Waveforms
    • Chapter 25: Multi-Waveform Active Sonar Tracking
    • Chapter 26: A Comparison of Algorithms for MIMO and Netted Radar Systems
  • Part IV: Distributed Aperture Communications
    • Chapter 27: Coherent Initialization Methods for Adaptive MIMO Equalizers
    • Chapter 28: MIMO Communications Using Offset Modulations
    • Chapter 29: Hybrid Acquisition of PN Codes Using Order Statistics-Based Detection and Antenna Diversity
    • Chapter 30: Improved Space-Time Coding for Multiple Antenna Multicasting
    • Chapter 31: Multi-Beam Free-Space Optical Link Using Space-Time Coding
  • Part V: Remote Sensing
    • Chapter 32: Ultra Narrow Band Adaptive Tomographic Algorithm Applied to Measured Continuous Waveform Radar Data
    • Chapter 33: Ultrasound Speckle Reduction in the Complex Wavelet Domain
    • Chapter 34: System-on-Chip RF Sensors for Life and Geo Sciences
  • Part VI: Spectrum Management
    • Chapter 35: Spectral Sharing with Radar
    • Chapter 36: Improving Spectrum Use While Maintaining Legacy Compatibility
    • Chapter 37: Advanced Waveforms for Software Defined Radar (SDR) to Suppress Interfering Channels and Provide Isolation Control
    • Chapter 38: Spectrally Confined Waveforms for Solid-State Transmit Modules
    • Chapter 39: Non-Interference Limited Multi-Radar Target Detection and Tracking
    • Chapter 40: Waveform Diversity for Adaptive Radar - An Expert System Approach
    • Chapter 41: Electromagnetic Compatibility and Spectrally Cleaner Waveforms
    • Chapter 42: Knowledge Base Technologies for Waveform Diversity and Electromagnetic Compatibility
  • Section C: Waveform Design
    • Part I: Novel Waveforms
      • Chapter 43: Improved Waveforms for Satellite-Borne Precipitation Radar
      • Chapter 44: Hyperband Radar Waveforms
      • Chapter 45: Details of the Signal Processing, Simulations and Results from the Norwegian Multistatic Radar DiMuRa
      • Chapter 46: Orthogonal Waveforms for High Resolution Range-Doppler Target Reflectivity Estimation
      • Chapter 47: Noise MIMO Radar
      • Chapter 48: Nonlinear Complementary Waveform Sets for Clutter Suppression
      • Chapter 49: Continuous Coded Waveforms for Noise Radar
      • Chapter 50: Examples of Ultrawideband Definitions and Waveforms
      • Chapter 51: Novel Pulse-Sequences Design Enables Multi-User Collision-Avoidance Vehicular Radar
      • Chapter 52: Interactive Least-Squares Costas Waveforms
      • Chapter 53: Complementary Waveforms for Sidelobe Suppression and Radar Polarimetry
      • Chapter 54: Frequency-Coded Signals with Low Sidelobes in Central Zone of Autocorrelation Function
    • Part II: Chaotic Waveforms
      • Chapter 55: Chaotic Waveforms
      • Chapter 56: Chaotic Waveform Diversity and Design: Part I - Motivation
      • Chapter 57: Chaotic Waveform Diversity and Design: Part II - Covert Communications
      • Chapter 58: Chaotic Waveform Diversity and Design: Part III - Receiver Synchronization
      • Chapter 59: Radar Signal Analysis and Design Using Frequency Modulation of Chaotic Signals
    • Part III: Imaging Waveforms
      • Chapter 60: Sparse Stepped-Frequency Waveform Design for Through-the-Wall Radar Imaging
      • Chapter 61: Iterative Technique for System Identification with Adaptive Signal Design
      • Chapter 62: Investigation of Non-Traditional Transmit Waveforms for SAR-Based Target Detection
      • Chapter 63: Time-Reversal Waveform Preconditioning for Clutter Rejection
    • Part IV: Communications
      • Chapter 64: Pulse Shapes with Reduced Interference via Optimal Band-Limited Functions
      • Chapter 65: Waveform Design and Diversity for Shallow Water Environments
      • Chapter 66: Capacity Analysis of Spectrally Overlapping Direct-Sequence Spread Spectrum (DSSS) Channels
      • Chapter 67: Coexistent Spectrally Modulated, Spectrally Encoded (SMSE) Waveform Design Using Optimization Techniques
      • Chapter 68: Low-Complexity EPS Scheme for PAPR Reduction in OFDM with No Transmission of Side Information
      • Chapter 69: UWB-IR Interference Mitigation from Wideband IEEE 802.11a Source Using Frequency Selective Wavelet Packets
      • Chapter 70: Non-Binary Spread Spectrum Signals with Good Delay-Tracking Features for Satellite Positioning
      • Chapter 71: Overlay/Underlay Waveform Design for Enhancing Spectrum Efficiency in Cognitive Radio
      • Chapter 72: Frequency Hopping Waveform Diversity for Time Delay Estimation
      • Chapter 73: Robust Frequency Offset Estimation in OFDM Systems
    • Part V: Matched Illumination
      • Chapter 74: Waveform Design for Target Class Discrimination with Closed-Loop Radar
      • Chapter 75: Optimal Signal and Jamming Dynamics Embracing Digital Filter Strictures
      • Chapter 76: Information Theoretic Waveform Design for Tracking Multiple Targets Using Phased Array Radars
      • Chapter 77: Polarization Diversity for Detecting Targets in Heavy Inhomogeneous Clutter
      • Chapter 78: Ambiguity Function Analysis of Adaptive Colored-Noise Radar Waveforms
      • Chapter 79: Matched Terrain Processing: Possibilities for Waveform Diversity Design