2007•Parallel and distributed computing and networksRequires access

An enhanced model-based checkpointing protocol

Jiang Wu, Yi Luo, Dakshnamoorthy Manivannan

Open publisher page 3 citations

Abstract

Checkpointing and rollback recovery are widely used techniques to handle failures in distributed computing systems. Usually we avoid taking checkpoints that are useless during the recovery process. Communication-Induced checkpointing algorithms guarantee the usefulness of all the checkpoints and provide considerable autonomy with relatively low overhead. In this paper, we propose an enhanced Communication-Induced checkpointing algorithm. Our algorithm is likely to have less checkpointing overhead than an existing algorithm in the literature.

About this research paper

What this paper is about

Checkpointing and rollback recovery are widely used techniques to handle failures in distributed computing systems. Usually we avoid taking checkpoints that are useless during the recovery process. Communication-Induced checkpointing algorithms guarantee the usefulness of all the checkpoints and provide considerable autonomy with relatively low overhead. In this paper, we propose an enhanced Communication-Induced checkpointing algorithm. Our algorithm is likely to have less checkpointing overhead than an existing algorithm in the literature.

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OpenAlex reports 3 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Checkpointing and rollback recovery are widely used techniques to handle failures in distributed computing systems. Usually we avoid taking checkpoints that are useless during the recovery process. Communication-Induced checkpointing algorithms guarantee the usefulness of all the checkpoints and provide considerable autonomy with relatively low overhead. In this paper, we propose an enhanced Communication-Induced checkpointing algorithm. Our algorithm is likely to have less checkpointing overhead than an existing algorithm in the literature.

Key concepts: Computer science, Overhead (engineering), Distributed computing, Process (computing), Protocol (science), Rollback, Fault tolerance, Parallel computing

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