Quantum sequencer for the minimal test synthesis of black-box functionality

Quantum memory-driven computing on the classical computers for design and test of black-box functionality is considered. A method for synthesis and minimization test for the black-box functionality, based on a qubit derivative matrix and sequencer for searching a quasi-optimum coverage, is proposed. Examples of quantum memory-driven design and test minimization of the Schneider logic circuit are presented. An architecture and algorithm for parallel search of a quasi-minimal set of test vectors based on the logical structure is developed. The technological advantages of the qubit coverage leverage for increasing the speed of performance due to the parallel solution of the test synthesis and analysis for single stuck-at-faults of external and internal variables are shown.