Investigation and development of problem-oriented multi-processor system for structural-procedure solution of problems of mathematical physics

Subject of investigation: algorithms and computing structures for solution of differential equation systems in partial derivatives. Purpose of the work: investigation and development of methods and means for the implementation of structural-procedure solution of the problems of the mathematical physics on a problem-oriented multi-processor system. The results of the work include the development of the methods of the structural-procedure implementation of the effective solution of problems of the mathematical physics, the development of a mathematical model of a multi-processor system with the data flow control and with the programmed architecture, the development of the structural-procedure algorithms of solution of problems of the mathematical physics. The practical results also include the program model of a multi-processor system based on a figure tuple transmission, the development of a structure of a multi-processor system for the structural-procedure solution of problems of the mathematical physics, the development of a high-level programming language and the development of a program of the structural-procedure model of the transistor structure of the data base control system. The structural-procedure implementation of the model of the data base control system transistor, the stream-line machine programming language, sets of micro-operations and the program models are being used in some scientific, research and design agencies of the city of Moscow. Field of application: computer equipment, energy engineering, micro-electronicsAvailable from VNTIC / VNTIC - Scientific & Technical Information Centre of RussiaSIGLERURussian Federatio