Methods of Digital Holography
Acoustical imaging research is a rapidly developing field that offers promising applications in such diverse areas as underwater exploration, nondestructive testing, seismic exploration, acoustical microscopy, and medical diagnoses. This annual review series is widely acclaimed for its comprehensive and up-to-date compilations for experimental and theoretical findings in the field. The contributors provide definitive data on the newest acoustical imaging techniques, devices, an applications.
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Synthesis of Holograms
Wavefront Analysis and Simulation
Effect of a Limited Dynamic Range and
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amplitude amplitude and phase analogous antenna aperture apparatus array binary Block calculated complex numbers constituent matrix corresponding described device diagonal diagram diffraction digital holography digital-to-analog converters digitization step dimensional dimensions direct product directional pattern discrete Fourier transformation distortion exp i2n Fast Fourier Transform Figure finite Fourier holograms Fresnel holograms grams holo image formed input intensity interpolation inverse Kronecker matrices light mask mathematical hologram measurements method microdensitometer Minsk mosaic multiplexed multiplication nonlinear number of operations objective lens observation original sequence output phase noise photographic film physical hologram plane problem pseudorandom pseudorandom numbers quantization raster readout real and imaginary real numbers reconstruction recorded hologram reflection coefficient resolution elements respectively rotation Section shown in Fig signal simulation spatial carrier spatial frequency specified speckle noise spectrum specular objects stereo holograms stereoscopic submatrices surface synthesized holograms theorem tion values vfi 1 vfi vfi vfi vfi visual wavefront Ymax zeros