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A distributed algorithm for deadlock detection and resolution

Don P. Mitchell, Michael Merritt

Open publisher page 117 citations

Abstract

This paper presents two distributed algorithms for detecting and resolving deadlocks. By insuring that only one of the deadlock processes will detect it, the problem of resolving the deadlock is simplified. That process could simply abort itself. In one version of the algorithm, an arbitrary process detects deadlock; and in a second version, the process with the lowest priority detects deadlock.

About this research paper

What this paper is about

This paper presents two distributed algorithms for detecting and resolving deadlocks. By insuring that only one of the deadlock processes will detect it, the problem of resolving the deadlock is simplified. That process could simply abort itself. In one version of the algorithm, an arbitrary process detects deadlock; and in a second version, the process with the lowest priority detects deadlock.

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OpenAlex reports 117 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Method / approach

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Available abstract

This paper presents two distributed algorithms for detecting and resolving deadlocks. By insuring that only one of the deadlock processes will detect it, the problem of resolving the deadlock is simplified. That process could simply abort itself. In one version of the algorithm, an arbitrary process detects deadlock; and in a second version, the process with the lowest priority detects deadlock.

Key concepts: Deadlock prevention algorithms, Deadlock, Computer science, Process (computing), Abort, Distributed computing, Resolution (logic), Concurrency control

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