Advances in optical information processing III: 6-8 April 1988, Orlando, Florida
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OPTICAL PROCESSING COMPONENTS II
OPTICAL SIGNAL PROCESSING
OPTICAL SIGNAL AND IMAGE PROCESSING
3 other sections not shown
acousto-optic algorithm amplitude angle antenna aperture Applied Optics approximately architecture autocorrelation bandwidth beam beamformer bipolar joint transform Bragg cell channels chirp CM CM CM coherent crosstalk detection device diffraction efficiency Doppler filter dynamic range electronic elements equations factor Figure Fourier plane Fourier transforms frequency hopped fringes function Gauss-Seidel grating heterodyne IEEE implementation input signal integrating interference intensity interferometer iterations jammer joint transform correlator laser diodes lens linear matrix maximum measured mode Moire multichannel multiplication Newton-Raphson noise nonlinear obtained OLAP operation optical processor optical rotation optical system output peak performance phased array photodetector photodetector array pixels produced pulse-Doppler pulse-Doppler radar quadratic radar ratio reference signal resolution sample scan scattering shown in Fig sidelobes signal processing solution solve spatial frequency spatial light modulator spectrum analyzer SPIE spread spectrum technique transducer vector velocity voltage wavelength