Inside Out Library · Explore

Real-Time Optical Image Processing Techniques (1988)

Defense Technical Information Center · leaf 319

An illustration from Real-Time Optical Image Processing Techniques, 1988, leaf 319
^ obtainad by suparposing Sip and 82^* Similacly, supatposing Si. and can pcovida tha diCfaranca ~£(T,i) £(Ta2)* in tha case o£ £(T.i) - tha cantac of tna opagua bar S^n i* anda to coincida witn that of tha transparant spanng of Si. as shown in Figuca 11(a), whara aithar W.2>Hg2 cc f (T,i)>f (Tg2)… … Figura 11. (a) TranaBlttaiicas of half ton* pliotegrapbs 81 ^ and 8211 (b) TtanaBiktaoea of 82p supacposad on top of 8211 spacific call of tha halftona pbotogcapb* is shewn in Figuca 11(b). Tha subtcaetad valua can ba eutaioad uy aoaabcing Tg. 328

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

Internet Archive · Defense Technical Information Center · Public domain (US government work). Free to use for anything.

More pictures from Real-Time Optical Image Processing Techniques

More like this