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Fourier Array Imaging Book

Fourier Array Imaging
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Fourier Array Imaging, The past forty years have seen a number of imaging modalities developed for radar, sonar, diagnostic medicine, geophysical and celestial exploration, and non-destructive testing. Now, for those involved in designing and developing information processing t, Fourier Array Imaging
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  • Fourier Array Imaging
  • Written by author Mehrdad Soumekh
  • Published by Prentice Hall PTR, 1993/11/01
  • The past forty years have seen a number of imaging modalities developed for radar, sonar, diagnostic medicine, geophysical and celestial exploration, and non-destructive testing. Now, for those involved in designing and developing information processing t
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Preface
Introduction
Ch. 1 One-Dimensional Signals 1
1.1 Fourier Transform 1
1.2 Properties of Fourier Transform 5
1.3 Discrete Fourier Transform 21
1.4 Linear Shift-Invariant Systems 24
1.5 Coordinate Transformation 24
1.6 Coherent Processing of Bandpass Signals 27
1.7 One-Dimensional Echo Imaging 30
1.8 Temporal Doppler Phenomenon 57
1.9 Time-Frequency Diversity (FM-CW) Signaling 64
1.10 One-Dimensional Transmission Imaging 100
1.11 Amplitude-Modulated and Phase-Modulated Signals 105
1.12 Spatial Doppler Phenomenon 108
Ch. 2 Two-Dimensional Signals 129
2.1 Two-Dimensional Signals 129
2.2 Two-Dimensional Fourier Transform 135
2.3 Two-Dimensional Linear Shift-Invariant Systems 143
2.4 Fourier Properties of Propagating Waves 147
2.5 Coordinate Transformation 160
2.6 Two-Dimensional Sampling 167
2.7 Reconstruction 179
Ch. 3 Phased Array Imaging 187
3.1 Phased Arrays 187
3.2 An Element's Radiation Pattern 190
3.3 Dynamic Focusing 196
3.4 Generalized Beamforming 209
3.5 Air Traffic Control/Surveillance Radar 211
3.6 Electronically Scanning Linear Arrays 218
3.7 Resolution, Reconstruction, and Sampling Constraints 223
3.8 Electronically Scanning Circular Arrays 233
3.9 Mechanically Rotating Element 239
3.10 Spatial-Velocity Imaging with FM-CW Signaling 245
Ch. 4 Synthetic Aperture Array Imaging 261
4.1 Synthetic Aperture Radar 261
4.2 Pulsed SAR System Model 264
4.3 Pulsed SAR Spatial Doppler-Based Inversion 272
4.4 Resolution, Reconstruction, and Sampling Constraints 274
4.5 Compensation for Deviations in Flight Path 300
4.6 Slant-Plane Geometry and Interferometric SAR 302
4.7 Stripmap SAR: Fresnel Approximation-Based Inversion 308
4.8 Plane Wave Approximation-Based Inversion 311
4.9 Doppler Beam Sharpened CW SAR 317
4.10 FM-CW SAR/ISAR Imaging 322
4.11 Bistatic SAR/ISAR Imaging 337
4.12 Spaceborne (Circular) SAR Imaging 339
Ch. 5 Blind-Velocity SAR/ISAR Imaging 352
5.1 Mean Spatial Doppler Shift 353
5.2 SAR Imaging of Slowly Moving Ground Targets 354
5.3 SAR Imaging of Moving Targets in Aerial Combat 370
5.4 ISAR Imaging of Moving Targets 372
5.5 Temporal Doppler Processing 376
5.6 ISAR Imaging of Maneuvering Targets 380
5.7 ISAR Detection and Imaging in Heavy Clutter 384
5.8 ISAR Imaging of an Airborne DC-9 403
5.9 Automatic Target Detection from Incoherent ISAR Data 420
5.10 ISAR Imaging of a Rotating Target 432
Ch. 6 Passive Array Imaging and Detection 440
6.1 Coherent Wide-Band Imaging 441
6.2 Incoherent Narrow-Band Imaging 483
6.3 Bistatic (Stereo) Detection of Multiple Targets 457
6.4 Passive Synthetic Aperture Array Imaging 469
6.5 Passive Inverse Synthetic Aperture Array Imaging 479
6.6 Interferometric Aperture Synthesis for Celestial Imaging 484
Ch. 7 Bistatic Array Imaging 505
7.1 Echo Imaging 505
7.2 Transmission Imaging 512
7.3 A Geophysical Imaging Modality 527
7.4 Geometrical Optics Approximation-Based Imaging 533
Index 551


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