Computer Simulation of Aerial Target Radar Scattering, Recognition, Detection, and Tracking
1st Edition
Published on 1. January 2001
307 pages
978-1-58053-544-1 (ISBN)
Description
Here's a ground-breaking new book that provides you with the knowledge you need to perform effective computer simulation of scattering for the real targets and conditions of radio wave propagation. By replacing field tests with the computer simulation methods presented in this unique resource, you save time and money in the early stages of research and development.
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Yakov Davidovich Shirman
Computer Simulation of Aerial Target Radar Scattering, Recognition, Detection and Tracking
Book
12/2001
Artech House Publishers
€125.50
Shipment within 10-20 days
Content
- Intro
- Contents v
- Preface xv
- References xvii
- 1 Foundations of Scattering Simulation on Centimeter and Decimeter Waves 1
- 1.1 Target Scattering 1
- 1.2 Analog Methods of Scattering Simulation 8
- 1.3 Computer Methods of Scattering Simulation 9
- 1.4 Peculiarities of the Target Motion Simulation 37
- 1.5 Peculiarities of Simulation of Fast Rotating Elements 42
- 1.6 Radar Quality Indices to Be Simulated 56
- References 60
- 2 Review and Simulation of Recognition Features (Signatures) for Wideband Illumination 63
- 2.1 Definitions and Simulated Signatures for Wideband Signal 63
- 2.2 Simulation of Target Range Profiles and RCSs for Wideband Chirp Illumination 64
- 2.3 Range-Polarization and Range-Frequency Signatures Simulation for the Chirp Illumination 80
- 2.4 Target Range Profiles for Wideband SF Illumination 87
- 2.5 Target's 2D Images 100
- References 109
- 3 Review and Simulation of Recognition Features (Signatures) for Narrowband Illumination 111
- 3.1 Signal Signatures Used in Narrowband Illumination 111
- 3.2 RCS and Other Parameters of PSM 112
- 3.3 Rotational Modulation Spectra 117
- 3.4 Correlation Factors of Fluctuations Via Frequency Diversity 124
- References 125
- 4 Review and Simulation of Recognition Algorithms' Operation 127
- 4.1 Bayesian Recognition Algorithms and Their Simulation 127
- 4.2 Nonparametric Recognition Algorithms 154
- 4.3 Recognition Algorithms Based on the Precursory Data Transform 159
- 4.4 Neural Recognition Algorithms 164
- References 177
- 5 Peculiarity of Backscattering Simulation and Recognition for Low-Altitude Targets 181
- 5.1 Ground Clutter Simulation 181
- 5.2 Simulation of Distortions of Signal Amplitude and Structure 192
- 5.3 Problem of the Wideband Target Recognition Under Conditions of Signal Distortions 202
- References 213
- 6 Review and Simulation of Signal Detection and Operation of Simplest Algorithms of Target Tracking 215
- 6.1 Target RCS Fluctuations and Signal Detection with Narrowband Illumination 215
- 6.2 Coordinate and Doppler Glint in the Narrowband Illumination 220
- 6.3 Some Aspects of the Wideband Signal Use in Detection and Tracking 232
- References 239
- 7 Some Expansions of the Scattering Simulation 241
- 7.1 Scattering Effects for Stationary (Monochromatic) Illumination of Targets 242
- 7.2 Some Calculating Methods for Nonstationary Illumination of Targets 267
- References 277
- List of Acronyms 279
- About the Authors 281
- Index 283
