Design and validation of portable communication infrastructure for fault-tolerant cluster middleware

Tao, Wenchao; Goldberg, Dani; Hsu, Israel; Tamir, Yuval

doi:10.1109/clustr.2002.1137755

Proceedings. IEEE International Conference on Cluster Computing

DOI: 10.1109/clustr.2002.1137755

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Design and validation of portable communication infrastructure for fault-tolerant cluster middleware

Wenchao Tao¹,

Dani Goldberg²,

Israel Hsu³

et al.

Abstract: We describe the communication infrastructure (CI)

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Cited by 5 publications

References 11 publications

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Efficiently utilization of redundancy backup server by forming dynamic clustering in Distributed Systems for tolerating faults

Teferi

2010

2010 the 2nd International Conference on Industrial Mechatronics and Automation

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This paper proposes a novel REDENDENCY THROUGH BACKUP PROCESS with CLUSTERING scheme which aims to address the following concerns: reliable, effective with high maintenance backup can be achieved by constructing a multi-node clustering backbone with a small number of backup cluster-heads for redundancy filling system through backup process for FAULT TOLRANCE DISTRIBUTED SYSTEMS. We can successfully reduce the overhead of backup servers and enhance the speed of backup delivering in an allowable time span compared to other redundancy fault tolerance distributed operating systems for both WAN and LAN networks. Next, we utilize the CLUSTER STRUCHING MECHANISM which determines the cluster size according to the leaving frequency of cluster-members. As the number of leaving events is reduced, the cluster topology is more stable and the BACKUP may also be available in a short and manageable time span before all the distributed system becomes failed. We have done our simulation using MATLAB to show cluster formation with a back-up server election and have investigated the performance of our system for different scenarios.

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Efficiently utilization of redundancy backup server by forming dynamic clustering in Distributed Systems for tolerating faults

Teferi

2010

2010 the 2nd International Conference on Industrial Mechatronics and Automation

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Improving quality of service in application clusters

Corsava

Getov

Proceedings International Parallel and Distributed Processing Symposium

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Resilient Virtual Clusters

Hsu

Tamir

2011

2011 IEEE 17th Pacific Rim International Symposium on Dependable Computing

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Abstract-Clusters of computers can provide, in aggregate, reliable services despite the failure of individual computers. System-levelv irtualization is widely used to consolidate the workload of multiple physical systems as multiple virtual machines (VMs) on a single physical computer.Asingle physical computer thus forms a virtual cluster of VMs. Akey difficulty with virtualization is that the failure of the virtualization infrastructure (VI) often leads to the failure of multiple VMs. This is likely to overload ''cluster computing'' resiliencym echanisms, typically designed to tolerate the failure of only a single node at a time. By supporting recovery from failure of key VIc omponents, we have enhanced the resiliencyo faV I( Xen), thus enabling the use of existing ''cluster computing''t echniques to provide resilient virtual clusters. In the overwhelming majority of cases, these enhancements allowr ecovery from errors in the VI to be accomplished without the failure of more than a single VM. The resulting resiliencyo ft he virtual cluster is demonstrated by running twoe xisting ''cluster computing''s ystems while subjecting the VI to injected faults.

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Design and validation of portable communication infrastructure for fault-tolerant cluster middleware

Abstract: We describe the communication infrastructure (CI)

Cited by 5 publications

References 11 publications

Efficiently utilization of redundancy backup server by forming dynamic clustering in Distributed Systems for tolerating faults

Efficiently utilization of redundancy backup server by forming dynamic clustering in Distributed Systems for tolerating faults

Improving quality of service in application clusters

Resilient Virtual Clusters

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