Optical Implementation of Information Processing: 10-11 July, 1995, San Diego, CaliforniaBahram Javidi, Joseph LeFevre Horner |
Contents
Holographic neurocomputer utilizing laser diode light source 256502 | 12 |
Scene evaluation using a pulsecoupled neural network PCNN 256503 | 20 |
Neural networksbased face recognition using Fourier plane nonlinear filters 256504 | 30 |
Copyright | |
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Common terms and phrases
amplitude angle Appl Applied Optics architecture array autocorrelation binary calculated chirp composite images concept space convolution correlation filters correlation peak correlation plane corresponding crosstalk DCCF device diagram diffraction discrimination capability distance encoded ETM-II ETMs experimental facial images Figure Fourier plane Fourier transform genetic algorithms grating hologram input image input objects input plane intensity Javidi joint power spectrum joint transform correlator keywords layer LCTV light efficiency liquid crystal matrix maximum memory elements method neurons noise nonlinear JTC operation optical correlation optical implementation optical neural networks optical pattern recognition optical system optimal filter optoelectronic output plane PCNN performance phase distribution phase modulator phase-only phasors photorefractive pins pixel point spread function pulsating neurons reference patterns retrieval shown in Fig signal simulated spatial filter spatial light modulators SPIE target technique threshold level training set values vector weight zero