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Locks and barriers in checkpointing and recovery

机译:检查点和恢复中的锁定和障碍

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Dependency tracking between communicating tasks is an important concept in backward error recovery for parallel applications. One can extend the traditional dependence tracking model for message passing systems to track dependencies between shared memory and task private states for shared memory applications. The objective of this paper is to analyze the issues generated by locks and barriers in parallel applications so that we can checkpoint tasks at any time (even when holding or waiting for locks and barriers). In particular we attempt to extend earlier dependency tracking mechanisms to locks and barriers. We address both coordinated and uncoordinated checkpointing schemes.
机译:通信任务之间的依赖性跟踪是并行应用程序后向后恢复的重要概念。可以扩展传统的依赖跟踪模型,用于传递系统,以跟踪共享内存和任务私有状态的依赖性,以进行共享内存应用程序。本文的目的是分析并行应用中锁和障碍产生的问题,以便我们可以随时检查点任务(即使在持有或等待锁和障碍时)。特别是我们尝试将早期依赖性跟踪机制扩展到锁定和障碍。我们解决协调和未计算的检查点方案。

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