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Target Acquisition in Communication Electronic Warfare Systems

Target Acquisition in Communication Electronic Warfare Systems

By (author): Richard Poisel
Copyright: 2004
Pages: 370
ISBN: 9781580539135

Print Book $150.00 Qty:
This cutting-edge resource arms you with the full array of traditional methods and modern high-resolution techniques for acquiring communications targets. The book enables you to develop optimum methods for acquiring communications targets for exploitation or countermeasures. Additionally, you learn how to establish the optimum techniques for detection of deterministic signals with random parameters as well as stochastic signals. Whether you design or operate EW systems, you can turn to this guide to measure how effectively your EW systems cope in crowded RF environments. This practical reference shows you how to apply window techniques for spectrum estimation and determine how these techniques affect the target acquisition process. Moreover, you discover how to efficiently manage target acquisition with such artificial intelligence techniques as fuzzy logic and evidential reasoning. In addition to explaining methods and applications, this book is your complete source for information on designing and evaluating EW target acquisitions systems.
Introduction - Electronic Warfare. Communications and EW. Signal Detection. Signal Searching. Notation. Concluding Remarks and References.; Deterministic and Stochastic Processes - Fourier Transform. Deterministic Signals. Stochastic Processes. Stochastic Signals. White Noise. Concluding Remarks and References.; Target Detection Methods - General Search. Directed Search. Concluding Remarks.; Hypothesis Testing for Signal Detection - Receiver Operating Characteristic. Likelihood Ratio. Tests. Multiple Measurements. Multiple Hypotheses. Concluding Remarks and References.; Target Parameter Estimation - Signal Parameter Estimation. Maximum Likelihood Estimation. Concluding Remarks and References.; Spectrum Estimation - Spectrum Estimation with Periodogram. Blackman-Tukey Spectrum Estimation. Windows. Frequency Domain Detector Performance. Concluding Remarks and References.; Detection of Deterministic Signals - Detection of Deterministic Signals with Known Parameters. Detection of Deterministic Signals with Unknown Parameters. Concluding Remarks and References.; Detection of Stochastic Signals - Detection of Random Signals with Unknown Parameters. Radiometer. Concluding Remarks and References.; High Resolution Spectrum Estimation - Autoregressive Modeling. Sinusoidal Model. Signal Subspace Techniques. Maximum Likelihood. Resolution Comparison. Peak Determination. Concluding Remarks and References.; Artificial Reasoning for Target Identification. Evidential Reasoning. Fuzzy Logic. Concluding Remarks and References.; Resource Allocation - Resource Allocation. Statistics for Queuing Theory. Kendall-Lee Notation. Queue Relationships. M/M/1 Model. Other Queue Types. Concluding Remarks and References.;
  • Richard Poisel Richard A. Poisel holds a Ph.D in electrical and computer engineering from the University of Wisconsin . He is currently a consultant on engineering for electronic warfare applications.
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