Self-Dual Functional Gates for the Synthesis of Controllable Digital Systems

All self-dual analogs of elementary functional gates have been considered, the use which allows for synthesis circuit implementations arbitrary Boolean functions. In this case, two methods can be used, each one based on property any function to transformed into a using additional variable. The first method involves replacing all non-self-dual in device structure with analogs. second obtaining from original formula. study conducted modeling pulse mode operation. It has shown that gates, except those implementing equivalence and nonequivalence functions (modulo-2 addition), are fully self-checkable respect stuck-at faults when checking computations belonging generated class However, implement mentioned require monitoring. For them, error masking occurs due simultaneous distortion signals both combinations pair. This feature these should taken account developing controllable self-checking digital computing devices systems. article provides an example constructing implementations. obtained results used