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MpPVM: a software system for non-dedicated heterogeneous computing

Kasidit Chanchio, Xian‐He Sun

Open publisher page 14 citations

Abstract

This paper presents the design and preliminary implementation of MpPVM, a software system that supports process migration for PVM application programs in a non-dedicated heterogeneous computing environment. New concepts of migration point as well as migration point analysis and necessary data analysis are introduced. A preliminary implementation of MpPVM and its experimental results are also presented, showing the correctness and promising performance of our process migration mechanism in the scalable non-dedicated heterogeneous computing environment.

About this research paper

What this paper is about

This paper presents the design and preliminary implementation of MpPVM, a software system that supports process migration for PVM application programs in a non-dedicated heterogeneous computing environment. New concepts of migration point as well as migration point analysis and necessary data analysis are introduced. A preliminary implementation of MpPVM and its experimental results are also presented, showing the correctness and promising performance of our process migration mechanism in the scalable non-dedicated heterogeneous computing environment.

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OpenAlex reports 14 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

This paper presents the design and preliminary implementation of MpPVM, a software system that supports process migration for PVM application programs in a non-dedicated heterogeneous computing environment. New concepts of migration point as well as migration point analysis and necessary data analysis are introduced. A preliminary implementation of MpPVM and its experimental results are also presented, showing the correctness and promising performance of our process migration mechanism in the scalable non-dedicated heterogeneous computing environment.

Key concepts: Computer science, Correctness, Scalability, Distributed computing, Process (computing), Process migration, Software, Symmetric multiprocessor system

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