Control of a Complex of Works in Multiprocessor Real-Time ACS

Mathematical models of scheduling in real-time ACS are considered. Effective algorithms for scheduling in multiprocessor real-time automation are offered. For intermittent works heuristic algorithms are proposed. For uninterrupted work accurate pseudopolynomial algorithm is given. The synthesis problem is considered. A brief overview of a number of generalizations of the considered problems is given. The possibilities of application of the obtained results are indicated.