Service Abstractions With Fault Virtualization for Distributed Network Infrastructures

The paper deals with service abstractions that allow managing the dependability features of networked application systems.Component-level faults in the infrastructure are mapped on to degradations in the service quality space. Fault recovery mechanisms in a service-layer algorithm, if any, purport t...

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Vydáno v:2013 IEEE/ACM 17th International Symposium on Distributed Simulation and Real Time Applications s. 47 - 54
Hlavní autoři: Ravindran, Kaliappa, Jun Wu, Adiththan, Arun
Médium: Konferenční příspěvek
Jazyk:angličtina
Vydáno: IEEE 01.10.2013
Témata:
Adaptation models
Aerospace electronics
Computational modeling
heuristics-based algorithms
Network virtualization
Programming
QoS adaptation
Quality of service
Resource management
resource optimization
Virtualization
ISSN:1550-6525
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Abstract The paper deals with service abstractions that allow managing the dependability features of networked application systems.Component-level faults in the infrastructure are mapped on to degradations in the service quality space. Fault recovery mechanisms in a service-layer algorithm, if any, purport to maintain either the same level of service as in the no-fault case or a reduced level of service proportionate to the fault severity. Treating the occurrence of component faults as a normal case rather than as an exception, a virtualization mechanism provides a systematic mapping of faults on to canonical service quality spaces in a measurable way (e.g.,service availability and agility). Our paper describes the generic mechanisms and programming interfaces in the virtualization layer to manage the infrastructure in a flexible way that allows attaining an optimal service quality. Such service layer abstractions are useful for applications to in fuse adaptive fault-tolerance and quality assurance.
AbstractList The paper deals with service abstractions that allow managing the dependability features of networked application systems.Component-level faults in the infrastructure are mapped on to degradations in the service quality space. Fault recovery mechanisms in a service-layer algorithm, if any, purport to maintain either the same level of service as in the no-fault case or a reduced level of service proportionate to the fault severity. Treating the occurrence of component faults as a normal case rather than as an exception, a virtualization mechanism provides a systematic mapping of faults on to canonical service quality spaces in a measurable way (e.g.,service availability and agility). Our paper describes the generic mechanisms and programming interfaces in the virtualization layer to manage the infrastructure in a flexible way that allows attaining an optimal service quality. Such service layer abstractions are useful for applications to in fuse adaptive fault-tolerance and quality assurance.
Author Adiththan, Arun
Jun Wu
Ravindran, Kaliappa
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  surname: Jun Wu
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  surname: Adiththan
  fullname: Adiththan, Arun
  organization: Dept. of Comput. Sci., City Univ. of New York, New York, NY, USA
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Snippet The paper deals with service abstractions that allow managing the dependability features of networked application systems.Component-level faults in the...
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StartPage 47
SubjectTerms Adaptation models
Aerospace electronics
Computational modeling
heuristics-based algorithms
Network virtualization
Programming
QoS adaptation
Quality of service
Resource management
resource optimization
Virtualization
Title Service Abstractions With Fault Virtualization for Distributed Network Infrastructures
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