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Novel Radar Techniques and Applications
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Table of Contents

  • Volume 1
    • Part I: Real aperture array radar
      • Chapter 1: Target parameter estimation and array features
      • Chapter 2: Robust direct data domain processing for MTI
      • Chapter 3: Array radar resource management
    • Part II: Imaging radar
      • Chapter 4: VideoSAR imaging for real-time persistent surveillance
      • Chapter 5: High-resolution wide-swath SAR
      • Chapter 6: SAR interferometry
      • Chapter 7: Space-based SAR ground moving target indication
      • Chapter 8: Interferometric and tomographic SAR
      • Chapter 9: Bi- and monostatic SAR-GMTI
      • Chapter 10: Multistatic and MIMO ISAR techniques
      • Chapter 11: Focussing moving objects using the VSAR algorithm
    • Part III: Passive and multistatic radar
      • Chapter 12: Bistatic clutter modelling
      • Chapter 13: Forward scatter radar
      • Chapter 14: Radar imaging of building interiors
      • Chapter 15: Short-range passive radar potentialities
      • Chapter 16: GNSS-based passive radar
      • Chapter 17: Airborne passive radar
      • Chapter 18: Multi-illuminator and multistatic passive radar
      • Chapter 19: Passive MIMO radar networks
  • Volume 2
    • Part I: Waveform diversity and cognitive radar
      • Chapter 1: Radar emission spectrum engineering
      • Chapter 2: Adaptive OFDM waveform design for spatio-temporal-sparsity exploited STAP radar
      • Chapter 3: Cognitive waveform design for spectral coexistence
      • Chapter 4: Noise Radar Technology
      • Chapter 5: Cognitive radar management
      • Chapter 6: Clutter diversity
      • Chapter 7: Biologically inspired processing of target echoes
      • Chapter 8: The concept of the intelligent radar network
    • Part II: Target tracking and data fusion
      • Chapter 9: Posterior Cramér-Rao bounds for target tracking
      • Chapter 10: Tracking and fusion in log-spherical state space with application to collision avoidance and kinematic ranging
      • Chapter 11: Multistatic tracking for passive radar applications
      • Chapter 12: Radar-based ground surveillance
      • Chapter 13: Radar multi-platform system for air surveillance
      • Chapter 14: People tracking and data fusion for UWB radar applications
      • Chapter 15: Sensor management for radar networks

About the Author

Richard Klemm has recently retired after a distinguished career at FGAN FHR (now Fraunhofer FHR), a research institute working in the areas defence and security, and decades of service to the radar community.


Ulrich Nickel has recently retired after a career as head of the research group Data Fusion for Array Sensors of the Sensor Data and Information Fusion (SDF) Department of Fraunhofer FKIE in Wachtberg, Germany.


Christoph H. Gierull is a Senior Scientist with Defence R&D Canada, Ottawa Research Centre assuming the duties of Group Leader, Space-based Radar as well as Adjunct Professor at Laval University, Quebec and Simon Fraser University, British Columbia, Canada.


Pierfrancesco Lombardo is Full Professor at University of Rome "La Sapienza", where he leads the "Radar, Remote Sensing and Navigation" (RRSN) group.


Hugh Griffiths holds the THALES/Royal Academy Chair of RF Sensors in the Department of Electronic and Electrical Engineering at University College London, England.


Wolfgang Koch is head of the Sensor Data and Information Fusion (SDF) Department at Fraunhofer FKIE, an institute of the Fraunhofer Society, the largest institution for applied research in Europe.

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