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Energy Optimization in Green Cloud Computing: A Sustainable Approach Using AI Techniques

 

 

Ms. Jagruti Gajanan Kirdak 1, Prof. Snehal V. Raut 2 .

1 Student, Dr. Rajendra Gode Institute of Technology Amravati, India.

2Assistant Professor, Dr. Rajendra Gode Institute of Technology Amravati, India.

 

 

Abstract - Cloud computing faces growing challenges in energy consumption due to the increasing demand for services and resource usage in data centers. Strength efficiency in all factors of human lifestyles has become a main situation, due to its substantial environmental impact as well as its economic importance. Data and communication technology (ICT) plays a dual role in this; not only does it constitute a major client itself (estimated 2-10% of the global consumption), but is also expected to enable global energy efficiency through new technologies tightly depending on networks (clever grid, smart houses, cloud computing etc.). To this cause, this research-work studies the problem of sustainable use of electric energy in cloud computing. As this challenge has recently become very active in the research community, there is parallel studies closer to several research instructions. On this work, the problem is being examined from its foundations and a strong analytical method is provided. Cloud computing promises a new technology of service delivery and deployment in this type of way that each individual can access any form of services like storage, application, operating gadget and so on from everywhere any time using  .

Green Cloud Computing focuses on designing energy-efficient cloud infrastructures that minimize environmental impact while maintaining overall performance and reliability. Energy optimization on this context involves adopting advanced strategies such as virtualization, dynamic voltage and frequency scaling, and energy-aware resource scheduling to reduce electricity consumption in data centers. Moreover, smart cooling systems and real-time monitoring tools enhance the overall sustainability of cloud operations. This methodology now not most effective improves energy utilization and system overall performance however additionally helps global efforts toward eco-friendly and sustainable computing. Hence, power optimization in green cloud computing represents a important step toward achieving greener, fee-effective, and excessive-overall performance cloud services.

Key Words: Green Cloud computing, Virtualization, Energy efficiency,

 

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