Software complex for modeling and optimization of program implementation on parallel calculation systems

Abstract

The paper considers the problem of developing rational methods for the creation of a framework (a plan, execution timetable) of parallel programs for real parallel computing systems. To solve this problem, a software environment (software stand) has been developed that allows implementing different strategies for building a framework for parallel programs and assessing the quality of these strategies. The built-in script Lua programming language is used to increase the flexibility of modeling and optimization capabilities. Results of applying some of the proposed strategies for constructing rational plans for parallel programming are outlined.

Keywords

• graph algorithm presentations
• analysis of information program structure
• line-parallel form (lpf) of information graph
• rational parameters for execution of parallel programs
• strategy for constructing a rational plan for the parallel program execution