OPTIMAL STORAGE AND WORKLOAD PLACEMENT, AND HIGH RESILIENCY, IN GEO-DISTRIBUTED CLUSTER SYSTEMS

Technologies for cluster systems that are natively geo-site-aware. Such a cluster system makes use of this awareness to determine the subsets of nodes located at various geo-sites at physical configuration, to optimize workload placement based on the geo-sites, to make failover and failback decision...

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Bibliographic Details
Main Authors DION, David Allen, CHRISTENSEN, Elden, KOPPOLU, Lokesh Srinivas, TAMHANE, Amitabh, PIPPARI, Suresh Chandra, KUMAR, Abhinit
Format Patent
LanguageEnglish
French
German
Published 29.03.2023
Subjects
CALCULATING
COMPUTING
COUNTING
ELECTRIC DIGITAL DATA PROCESSING
PHYSICS
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Summary:Technologies for cluster systems that are natively geo-site-aware. Such a cluster system makes use of this awareness to determine the subsets of nodes located at various geo-sites at physical configuration, to optimize workload placement based on the geo-sites, to make failover and failback decisions based on the geo-sites, and to assign voting and prune nodes for quorum management based on the geo-sites. Such capabilities result in cluster systems that are more resilient and more efficient in terms of resource usage than cluster systems without such native geo-site awareness.
Bibliography:Application Number: EP20160758016