Optical cellular logic image processor: implementation and programming of a single channel digital optical circuit.
A diode-laser driven all-optical iterative processor has been constructed and tested. Results are presented showing operation equivalent to a single channel of the cellular logic image processor architecture. Functional features of the circuit include optically programmable logic, thresholding, and data synchronization. Essential elements such as cascadability, logic-level restoration, and data feedback have been demonstrated with the optical processor controlled by a conventional electronic computer. Serial processing algorithms for word recognition, comparison, full addition, and subtraction have been implemented. Comments on the reliability of operation and future plans for expansion are made.
Craig
R G
RG
Wherrett
B S
BS
Walker
A C
AC
Tooley
F A
FA
Smith
S D
SD