Optical computing and nonlinear materials: 11-13 January 1988, Los Angeles, California
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OPTICAL SWITCHING WITH NONLINEAR ETALONS
NONLINEAR OPTICAL COMPUTING AND INTERCONNECTION
OPTOELECTRONIC DEVICES FOR COMPUTING
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algorithm all-optical Appl architecture band gap bandwidth bias binary bistable device calculated carrier circuit column complexity computational capacity correlation corresponding coupler crossbar crossbar switch crystal decoders density detection detector diffraction efficiency doping superlattice dynamics electronic elements etalon exciton experimental factor fan-in fan-out feasibility matrices Figure filter four-wave mixing function GaAs gate grating hologram implementation increase index change input intensity layer Lett mapping material measurements memory multiple quantum neural network nonlinear optical operation Optical Bistability optical computing optical interconnection optical nonlinearities optical switching output parallel parameters pattern peak performance Peyghambarian photon photorefractive photorefractive effect Phys picosecond pixel probe processing processor programmable logic arrays pulse pump refractive index room temperature sample semiconductor shown in Fig shows signal spatial light modulator spectra Table target tracks techniques threshold transmission validation matrix variables waveguide wavelength writing beams ZnSe