Paper Key : IRJ************177
Author: Donepudi Sai Medha,Bhavya Sri Lakkamraju,Mutahar Mohammad,Thulasi Rakesh Sanampudi,Dr.g. Dinesh Kumar
Date Published: 17 Nov 2023
Abstract
The environment is in danger because developing technologies, such as cloud computing, are consuming more and more energy. In response, this study explores energyefficient cloud computing methods and suggests a hybrid approach to minimize Service Level Agreement (SLA) violations while lowering energy consumption. The research looks at a number of methods, including power management, cooling optimization, virtualization, and renewable energy sources. Based on workload demands, the suggested technique dynamically modifies the distribution of virtual machines as well as the frequency and voltage of server components. Experiments and comparisons with other energy-efficient cloud technologies, such as energy-efficient cloud and power-aware cloud, are used to verify the usefulness of the suggested method. Results indicate significant energy reductions whilemaintaining SLA standards. The study also discusses the difficulties in implementing energy efficient cloud computing, including the requirement for specialized knowledge and skills, high initial costs, and the scarcity of renewable energy sources. There are suggestions made to boost industry-academia cooperation, invest more in energy-efficient practices and technology, and create legislation and policies that support these efforts. Overall, this study adds to our understanding of energy-efficient cloud computing and suggests a workable way to cut energy use without sacrificing service quality. Future research and development in the area of energy-efficient cloud computing can be guided by the findings of this work.
DOI LINK : 10.56726/IRJMETS45598 https://www.doi.org/10.56726/IRJMETS45598