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Real-Time Optical Image Processing Techniques (1988)

Defense Technical Information Center · leaf 304

An illustration from Real-Time Optical Image Processing Techniques, 1988, leaf 304
be uniformly varied. In addition, the input signal from the and when every pixel was turned off. The two curves essen¬ TV receiver, computer, or TV camera then varies the individ¬ tially differ by a rotation angle of 1 1°. The transmitted iight ual voltage applied to each pixel, thus modulating the… … voiuot system. Figure 2(b) shows the broadening of the focused spot Fig. 1 . Rotation an«lo of Kglit tranaminad by LCTV calla voraua when the LCTV is introduced into the system. This broaden¬ briphtnaaa control voltapa. Curvaa aitow data for ocroon wtian com- ing is evidence of phase nonuniformitv…

Liu, Hua-Kuang · California inst of technology pasadena jet propulsion lab · Television systems · Image processing · Optical processing · Liquid crystals · Neural nets · Optimization · Real time · Computer architecture · Optical images · Microchannel plates · Fabry perot interferometers · Information retrieval · Computer applications · Associative processing · Correlation techniques · BIAS · Low frequency · Dynamic range · Light modulators · Holograms · Pulse frequency modulation · Optical properties · Spatial distribution · INPUT · Compression · Nonlinear systems

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