Development of a High-Speed Optimization Workflow Utilizing HPC-Based Multi-Case Distributed Computing

 

Takuya Yoshioka
CAE Eng. Dept. / Product Design Key Technology R&D Div.,
DENSO CORPORATION

Abstract

Optimization is adopted as a means of improving product‐design efficiency. It requires numerous evaluations, so that a making computational‐cost reduction is critical challenge for practical applications. JMAG provides both functionality and license called PSL that enable distributed processing of multiple designs on an HPC system from geometry modification through solver execution. In this presentation, we outline the high‐speed optimization workflow utilizing HPC‐based distributed processing and report results of a significant reduction in computation time compared with traditional sequential methods.

Development of a High-Speed Optimization Workflow Utilizing HPC-Based Multi-Case Distributed Computing

Development of a High-Speed Optimization Workflow Utilizing HPC-Based Multi-Case Distributed Computing

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