2004The International Journal of High Performance Computing ApplicationsRequires access

Building and Using a Fault-Tolerant MPI Implementation

Graham E. Fagg, Jack J. Dongarra

Open publisher page 45 citations

Abstract

In this paper we discuss the design and use of a fault-tolerant MPI (FT-MPI) that handles process failures in a way beyond that of the original MPI static process model. FTMPI allows the semantics and associated modes of failures to be explicitly controlled by an application via a modified functionality within the standard MPI 1.2 API. Given is an overview of the FT-MPI semantics, architecture design, example usage and sample applications. A short discussion is given on the consequences of designing a fault-tolerant MPI both in terms of how such an implementation handles failures at multiple levels internally as well as how existing applications can use new features while still remaining within the MPI standard.

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What this paper is about

In this paper we discuss the design and use of a fault-tolerant MPI (FT-MPI) that handles process failures in a way beyond that of the original MPI static process model. FTMPI allows the semantics and associated modes of failures to be explicitly controlled by an application via a modified functionality within the standard MPI 1.2 API. Given is an overview of the FT-MPI semantics, architecture design, example usage and sample applications. A short discussion is given on the consequences of designing a fault-tolerant MPI both in terms of how such an implementation handles failures at multiple levels internally as well as how existing applications can use new features while still remaining within the MPI standard.

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OpenAlex reports 45 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

In this paper we discuss the design and use of a fault-tolerant MPI (FT-MPI) that handles process failures in a way beyond that of the original MPI static process model. FTMPI allows the semantics and associated modes of failures to be explicitly controlled by an application via a modified functionality within the standard MPI 1.2 API. Given is an overview of the FT-MPI semantics, architecture design, example usage and sample applications. A short discussion is given on the consequences of designing a fault-tolerant MPI both in terms of how such an implementation handles failures at multiple levels internally as well as how existing applications can use new features while still remaining within the MPI standard.

Key concepts: Computer science, Fault tolerance, Semantics (computer science), Process (computing), Programming language, Message passing, Distributed computing, Parallel computing

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