Optical ComputingSPIE, 1990 - Computers, Optical |
From inside the book
19 pages matching diffraction efficiency in this book
Where's the rest of this book?
Results 1-3 of 19
Contents
Fundamental Physics and Technological Considerations for Spatial Light Modulation | 8 |
Microchannel Spatial Light Modulator Using Liquid Crystal for Modulating Material | 23 |
Transfer Characteristics in Thresholding Operation of MSLM | 35 |
Copyright | |
51 other sections not shown
Common terms and phrases
algorithm amplitude Appl applied architecture associative memory beam binary BSLM cell circuit coherent components configuration connected correlation demonstrated devices diffraction efficiency digital optical electrical electronic elements encoding experimental results fabricated feedback fiber Figure filter function GaAs gate grating hologram holographic Hopfield input image input pattern integrated Japan laser diode layer lens lenslet Lett light intensity linear liquid crystal logic operations mask matrix method mode MSLM multiple multiplexed neurons nonlinear nonlinear optical OEIC optical bistable optical computing optical correlator optical implementation optical interconnection optical logic optical neural network optical processing optical signal optical system optoelectronic output pattern recognition performed phase conjugate photodetector photonic Phys pixels plane polarization Proc processor proposed readout reconstruction recording References shown in Fig shows simulation spatial light modulator splitting graph SS rule structure switching symbolic substitution technique threshold vector voltage VSTEP wave waveguide wavelength weight