Decomposition methods of discrete device logical synthesis on programmed matrix structures

Discrete controlling and computing devices, digital ordered super-large-scale integrated circuits are considered in the paper aiming at the theoretical generalization and development of decomposition methods of the discrete device synthesis on the base of programmed matrix structures. The software development of the discrete device computer-aided design on the base of super-large scale integrated circuits and LSI circuits is also the aim of the paper. As a result methods of the interval matrix form decomposition for boolean function systems and methods of the digital device synthesis on the base of multiplexers, decorders have been developed as well as methods of the matrix macroelement convolution for ordered SLSI circuits. A system of the discrete device logical design on the base of LSI circuits and permanent storages, programmed by users and a system of the macroelement logical design for ordered SLSI circuits have been elaborated on the base of statements and methods developedAvailable from VNTIC / VNTIC - Scientific & Technical Information Centre of RussiaSIGLERURussian Federatio