LARGE GRAPHICAL DATA VOLUMES PROCESSING BASED ON MULTIFUNCTIONAL PIPELINE PROCESSOR MODEL

The paper deals with the large graphical data volumes processing based on parallel computer architecture of the MIMD paradigm. The main objective of the proposed architecture is, on the data flow principles to design a model of the parallel computer system for the high-performance of real-time problems (like large graphical data) programming. Parallel processing in that architecture model is executed by the dynamic multifunctional pipeline structure of coordinating processors, which represent main components of the proposed data flow system. The concepts of both the architecture layout and the dynamic pipeline implementation are presented in the paper. It is supposed that the hardware implementation of the architecture can be used as a specialised accelerator in problem-oriented computer systems with high requirements on the operation speed (virtual reality problem solving, etc.)