Zhabin V. Methods and facilities for parallel real-time computation system effectiveness improvement

The dissertation deals with the parallel real-time computation system theory improvement by means of development of new effective methods and facilities for acceleration of computing processes with explicit and implicit parallelism, reliability improvement and ensuring of simplicity of adaptation to different conditions of use. There is proposed a concept of design of a standard series of computation systems with the use of processing modules of the same type with installed distributed hardware for interaction, control and automatic renewal in case of equipment breakdown that enables to ensure the stated data processing speed by choosing necessary number of modules in the real-time mode. There are developed new methods of data exchange organization in the parallel systems with non-uniform memory access, which enable to improve system effectiveness thanks to reduction of time losses during initialization and synchronization of data exchange processes in comparison with the well-known methods.