Publication | Closed Access
Experience with evaluating human-assisted recovery processes
21
Citations
14
References
2004
Year
Unknown Venue
Software MaintenanceEngineeringSoftware EngineeringIt Disaster RecoverySoftware AnalysisReliability EngineeringData ScienceSystems EngineeringFault RecoveryNeurorehabilitationDependability AnalysisReliabilityAssistive TechnologyService RecoveryRehabilitationComputer ScienceDependability BenefitsSoftware DesignSingle Recovery SystemEnhanced RecoveryHigh Availability SoftwareHuman-assisted Recovery ProcessesFunctional RecoverySoftware TestingRecovery SupportDependability ImpactMedicineSystem Software
We describe an approach to quantitatively evaluating human-assisted failure-recovery tools and processes in the environment of modern Internetand enterprise-class server systems. Our approach can quantify the dependability impact of a single recovery system, and also enables comparisons between different recovery approaches. The approach combines aspects of dependability benchmarking with human user studies, incorporating human participants in the system evaluations yet still producing typical dependability-related metrics as results. We illustrate our methodology via a case study of a system-wide undo/redo recovery tool for e-mail services; our approach is able to expose the dependability benefits of the tool as well as point out areas where its behavior could use improvement.
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