Publication | Closed Access
NV-Hypervisor: Hypervisor-Based Persistence for Virtual Machines
14
Citations
15
References
2014
Year
Unknown Venue
Storage VirtualizationCluster ComputingNv-hyper VisorEngineeringHypervisor-based PersistenceHardware VirtualizationCloud ComputingPower OutagesComputer ArchitectureComputer EngineeringSystems EngineeringVirtualized InfrastructureVirtualization ToolVirtualization SupportComputer ScienceParallel ComputingSubsequent RecoverySystem Software
Power outages and subsequent recovery are major causes of service downtimes. This issue is amplified by the ongoing trend of steadily growing in-memory state of Internet-based services which increases the risk of data loss and extends recovery time. Protective measures against power outages, such as uninterruptible power supply are expensive, maintenance-intensive and often fragile. With the advent of non-volatile random-access memory (NVRAM) provided by commodity servers, there is a scalable, less costly and robust alternative to recover from power outages and other failures. However, as of today, off-the-shelf software is not ready for benefiting from NVRAM. We present NV-Hyper visor a lightweight hyper visor extension that transparently provides persistence for virtual machines. NV-Hyper visor paves the way for utilizing NVRAM in virtualized environments (i.e., infrastructure-as-a-service clouds) and protects stateful services such as key-value stores and databases from data loss and time-consuming recovery.
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