Scalable Rollback for Cloud Operations using AI Planning

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Satyal, Suhrid; Weber, Ingo; Bass, Len; Fu, Min

Satyal, Suhrid; Weber, Ingo; Bass, Len; Fu, Min


2015-09-28


Conference Material


Australasian Software Engineering Conference


Adelaide, Australia


Human-induced faults play a large role in systems reliability. In cloud platforms, system administrators may inadvertently make catastrophic mistakes, like deleting a virtual disk with important data. Providing rollback for cloud operations can reduce the severity and impact of such mistakes, by allowing to revert back to a known, good state. In this paper, we present a scalable approach to rollback operations that change state of a system on proprietary cloud platforms. In our previous work, we provided a system that augments cloud APIs and provides rollback operation using an AI planner. However, the previous system eventually suffers from the exponential complexity inherent to AI planning tasks. In this paper, we divide and parallelize rollback plan generation, based on characteristics unique to the rollback scenario. Through experimental evaluation, we show that this approach scales better than the previous, na ̈ıve approach, and effectively avoids the exponential behavior.


reliability, AI planning, cloud computing, web service


http://www.aswec2015.org/


nicta:8838


Satyal, Suhrid; Weber, Ingo; Bass, Len; Fu, Min. Scalable Rollback for Cloud Operations using AI Planning. In: Australasian Software Engineering Conference; Adelaide, Australia. 2015-09-28.



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