This is an enlarged and revised second edition of a book first published in 1978 and reprinted twice since then. The new edition includes updates to all the original chapters, plus two new chapters on developments in superresolution techniques and their application to direction-finding arrays.
This is an enlarged and revised second edition of a book first published in 1978 and reprinted twice since then. The new edition includes updates to all the original chapters, plus two new chapters on developments in superresolution techniques and their application to direction-finding arrays.
* Chapter 1: Introduction * Chapter 2: Ionospheric modes * Chapter 3: Wave-field models * Chapter 4: Zero-aperture bearings in two-ray wave-fields * Chapter 5: Directive array patterns * Chapter 6: Instrumental and site errors * Chapter 7: An introduction to resolution techniques * Chapter 8: Wave interference effects for circular arrays * Chapter 9: Wave interference effects for interferometers * Chapter 10: Wavefront analysis: the concept * Chapter 11: Wavefront analysis using imperfect data * Chapter 12: Superresolution algorithms * Chapter 13: Additional tools for superresolution * Chapter 14: Ray paths * Chapter 15: The effects of ionospheric tilts * Chapter 16: Bearing accuracy and DF plots * Chapter 17: Conclusions * Appendix 1: Circular WADF: parameters used in pattern calculations * Appendix 2: The theory of multiplicative processing * Appendix 3: Vertical array ofloops: parameters used in pattern calculations * Appendix 4: An example of masquerading * Appendix 5: Covariance matrix of sensor outputs * Appendix 6: Magneto-ionic deviations calculated with the Jones three-dimensional ray-tracing program * Appendix 7: Path integrals for parabolic layers * Appendix 8: The effective tilt of a parabolic layer * Appendix 9: Standard deviations of the best point estimate
* Chapter 1: Introduction * Chapter 2: Ionospheric modes * Chapter 3: Wave-field models * Chapter 4: Zero-aperture bearings in two-ray wave-fields * Chapter 5: Directive array patterns * Chapter 6: Instrumental and site errors * Chapter 7: An introduction to resolution techniques * Chapter 8: Wave interference effects for circular arrays * Chapter 9: Wave interference effects for interferometers * Chapter 10: Wavefront analysis: the concept * Chapter 11: Wavefront analysis using imperfect data * Chapter 12: Superresolution algorithms * Chapter 13: Additional tools for superresolution * Chapter 14: Ray paths * Chapter 15: The effects of ionospheric tilts * Chapter 16: Bearing accuracy and DF plots * Chapter 17: Conclusions * Appendix 1: Circular WADF: parameters used in pattern calculations * Appendix 2: The theory of multiplicative processing * Appendix 3: Vertical array ofloops: parameters used in pattern calculations * Appendix 4: An example of masquerading * Appendix 5: Covariance matrix of sensor outputs * Appendix 6: Magneto-ionic deviations calculated with the Jones three-dimensional ray-tracing program * Appendix 7: Path integrals for parabolic layers * Appendix 8: The effective tilt of a parabolic layer * Appendix 9: Standard deviations of the best point estimate
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