Physics of Automatic Target Recognition (Hardcover)

Kernel-Based Nonlinear Subspace Target Detection for Hyperspectral Imagery.- Theory of Invariant Algebra and Its Use in Automatic Target Recognition.- Automatic Recognition of Underground Targets Using Time-Frequency Analysis and Optimization Techniques.- A Weighted Zak Transform, Its Properties, and Applications to Signal Processing.- Using Polarization Features of Visible Light for Automatic Landmine Detection.- The Physics of Polarization-Sensitive Optical Imaging.- Dispersion, Its Effects, and Compensation.- Multisensor Target Recognition in Image Response Space Using Evolutionary Algorithms.- Biophysics of the Eye in Computer Vision: Methods and Advanced Technologies.- Two Approaches to 3D Microorganism Recognition Using Single Exposure Online (SEOL) Digital Holography.- Distortion-Tolerant 3D Object Recognition by Using Single Exposure On-Axis Digital Holography.- Design of Distortion-Invariant Optical ID Tags for Remote Identification and Verification of Objects.- Speckle Elimination With a Maximum Likelihood Estimation and an Isoline Regularization.