Abstract
The Mathematician's Devil is a prototype environment which enables the development and migration of sequential programs to multiprocessor architectures. Programs are expressed using the SIMPL notation and the system will produce a parallelized equivalent version of the program and indicate how the parallel components should be distributed over the target architecture. This paper describes the section of the system referred to as the selection/distribution module that is responsible for the production of a process-to-processor map. It is this map that represents a distributed, parallel version of a user's original sequential program.
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