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CGP: Cluster-based gossip protocol for dynamic resource environment in cloud
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DOI：10.1016/j.simpat.2021.102275.png)
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Abstract
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Cloud computing offers computational, storage, and applications capabilities as subscription oriented services. It offers a platform explore computational assets and use them based on pay per use arrangement. Thus it opens ways to access boundless assets with negligible equipment and programming at the customers' end. This paper focuses on the advancement of a cloud administration's provisioning structure by building up a dynamic load-balancer for the cloud. It proposes a framework and protocol for the resource environment in the cloud. Distributed Hash Table (DHT) protocol has been utilized for a service query to perform a job agreed by the user. For load balancing, gossip protocol has been used for inter/intra-cluster gossip. For inter-cluster gossip, the load is balanced among the leaders of every cluster. The proposed protocol uses the inter-cloud resource management, where a leader is selected from the cloud that interacts to other cloud and decides on virtual machine (VM) migration. The decision about job allocation is not acknowledged by a single machine, which generates the scalable architecture of the proposed protocol. The protocol considers the current load situation and decides at the time of request submission. This protocol is adaptable, reliable and scalable and supports green computing by utilizing server solidification.
Keywords:
Gossip Protocol
Cloud Computing
Task Scheduling
Virtual Machine
Inter/Intra-cluster Gossip
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