Performance measurement and modeling of component applications in a high performance computing environment : a case study. | Zendy

Robert Armstrong | Zendy; Jaideep Ray | Zendy; Allen Malony | Zendy; Sameer Shende | Zendy; Nicholas Trebon | Zendy

Open Access

Performance measurement and modeling of component applications in a high performance computing environment : a case study.

Author(s) -

Robert Armstrong,

Jaideep Ray,

Allen Malony,

Sameer Shende,

Nicholas Trebon

Publication year - 2003

Publication title -

osti oai (u.s. department of energy office of scientific and technical information)

Language(s) - English

Resource type - Reports

DOI - 10.2172/918290

Subject(s) - component (thermodynamics) , computer science , supercomputer , construct (python library) , distributed computing , grid computing , grid , common component architecture , architecture , performance measurement , computer architecture , component based software engineering , parallel computing , operating system , software , computer network , art , physics , geometry , mathematics , marketing , software system , business , visual arts , thermodynamics

We present a case study of performance measurement and modeling of a CCA (Common Component Architecture) component-based application in a high performance computing environment. We explore issues peculiar to component-based HPC applications and propose a performance measurement infrastructure for HPC based loosely on recent work done for Grid environments. A prototypical implementation of the infrastructure is used to collect data for a three components in a scientific application and construct performance models for two of them. Both computational and message-passing performance are addressed

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