The principles for designing optical information processing systems ba
sed on the dynamic spatial and temporal properties of two-pulsed photo
n echo signals are examined. The properties of the resonant medium use
d as an operational filter of temporal and spatial frequencies, condit
ioned by the sensitivity of exciting light pulses to the Fourier spect
rum, are also discussed. It is shown that the ability of quantum reson
ant schemes to degenerate, which manifests itself depending on the res
onant response from the square amplitude of the second exciting light
pulse, can be used for simultaneous correlative processing of optical
images formed at the same moment in time. Differences between methods
of simultaneous image processing obtained by means of Fourier optics a
re discused.