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The authors propose a model-driven approach to parallel programming of SPMD-style, explicitly parallel computations. They define an executable, platform-independent modeling language with explicitly parallel control and data flow for an abstract parallel computer with shared address space, and implement it as an extension of UML2 activity diagrams and a generator for Fork source code that can be compiled and executed on a high-level abstract parallel machine simulator. They also sketch how to refine the modeling language to address more realistic parallel platforms.
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