Concept and technology of parallel programming for heterogeneous system on chip

Common Many-Core SoC architectures is a quick-growing segment of distributed parallel computing systems. Such systems cannot be effectively programmed manually, however there are only basic instruments and tools for programming. In this article we propose the concept of Many-Core SoC parallel programming. The concept presents visual programming approach, medium-grained parallel program organization with sequential grains and dynamics of parallel computation. The article suggests the set of tools named VIPE: VPL Integrated Programming Environment. VIPE includes strict mathematical formal model basis, visual parallel programming language for medium-grained programs design, toolset for mapping, translating and pre-compiling of the program scheme and the Many-Core SoC simulation software.