Optical ComputingSPIE, 1990 - Computers, Optical |
Contents
Fundamental Physics and Technological Considerations for Spatial Light Modulation | 8 |
IN COOPERATION WITH | 11 |
Microchannel Spatial Light Modulator Using Liquid Crystal for Modulating Material | 23 |
Copyright | |
53 other sections not shown
Common terms and phrases
achieved algorithm Appl applied architecture array associative beam binary cell circuit combination components connected consists correlation corresponding demonstrated described detector developed devices diffraction effect efficiency electrical electronic elements example fabricated field Figure filter function gate grating hologram holographic implementation input integrated intensity interconnection Japan laser layer learning limited linear liquid crystal logic material matrix memory method MICHIGAN mode multiple neural network neurons nonlinear obtained operation optical computing optical feedback optical interconnection optoelectronic output parallel pattern performed phase photorefractive pixels plane polarization positive possible present processing processor proposed realized recognition recording References reflection represented rule shown shown in Fig shows signal simulation space spatial light modulator structure switching technique threshold transform University vector voltage wave waveguide wavelength weight