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Real-time correlation processing of television communication channel video data

Electron-optical image converters (EOIC) have been known to be useful in recording and investigating high-speed processes, nuclear physics experiments, automatic environmental control, medicine etc. In this paper the cathode ray tubes with the cathodoluminescent screen having a sufficiently high level of the radiation temporal coherence (particularly on the basis of rare-earth phosphors) are proposed to be utilized as devices for the dynamic data input into the holographic correlator for realization of TV signal recognition in real time. This approach allows combining both the radiation source and the spatial light modulator functions in one compact device.