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Development of algorithmic algebra tools to design parallel programs using heuristics


The paper proposes a new approach and a system to develop parallel algorithms based on the joint use of the algebraic-algorithmic methodology of specification and development of programs and non-algorithmic (heuristic) techniques for code generation. The algebraic part of the methodology provides the formalized process of parallel program design through high-level algebraic-algorithmic specifications and automating transformations up to program code in a standard programming language. The heuristic part of the system is the dynamic adjustment of program code to a target platform and its optimization using self-learning code generation and heuristic technologies.

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Correspondence to A. E. Doroshenko.

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Translated from Kibernetika i Sistemnyi Analiz, No. 4, pp. 151–158, July–August 2010.

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Doroshenko, A.E., Kotyuk, N.V., Nikolayev, S.S. et al. Development of algorithmic algebra tools to design parallel programs using heuristics. Cybern Syst Anal 46, 653–659 (2010).

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  • algorithmic algebras
  • program design
  • program synthesis
  • algorithm optimization
  • heuristics
  • artificial intelligence