An automated energy efficient Resource management framework on Cloud infrastructures

Abstract

Cloud Computing enhances IT business operations by delivering newlinethe Computing Resource Platform as a dynamic utility through a highperformance newlinegrid model of global interconnection. The market for cloud newlinecomputing resources, such as computation engines, storage, and networking, newlinewould grow quickly to minimise total Capital Expenditures in every IT newlineenterprise. The end customer requirement of cloud computing is only newlineconcerned with the proper utilization and its cost. newlineCloud service providers ensure that consumers receive the level newlineof satisfaction by providing end-users with uninterrupted Quality of Service newline(QoS). Cloud service providers must pool all processing power in a single newlineserver to reach the desired level of QoS, and services are delivered through newlinehigh-performance networks. newlineThe number of people using the internet worldwide is growing newlineevery day. As a result of the electricity and energy consumption, the servicebased newlinecloud storage module emits the hazardous gas carbon dioxide. newlineVirtualization architecture is used to develop an environmentally sustainable newlineplatform for cloud deployment. The architecture and programming principles newlinerun or execute on virtual machines that have been separated using the Virtual newlineMachine Monitor (VMM). These energy and power are important newlineconsiderations to coordinate cloud infrastructure to provide reliable services. newlineWith these metrics, a variety of approaches were developed and applied newline