Maximum and minimum consistent global checkpoints and their applications
Yi‐Min Wang · 2002
This paper considers the problem of constructing the maximum and the minimum consistent global checkpoints that contain a target set of checkpoints, and identify it as a generic issue in recovery-related applications. We formulate the problem as a reachability analysis problem on a directed rollback-dependency graph, and develop efficient algorithms to calculate the two consistent global checkpoints for both general nondeterministic executions and piecewise deterministic executions. We also demonstrate that the approach provides a generalization and unifying framework for many existing and potential applications including software error recovery, mobile computing recovery, parallel debugging and output commits.