An Efficient & Sclable Framework to Reduce Cost of Operation using Vitality Utilization Improvement in Cloud Computing

Abstract: Cloud Computing paradigm has become one of the most popular platforms for sharing of various remote computing resources in a distributed manner. The existing research trends shows that achieving cost effectiveness considering energy optimization, efficient performance analysis and low computation associated with internal operations turned out to be very challenging for cloud providers which gained a lot of attention from researchers. This project aims to develop a two power saving strategies which can be utilized further to achieve cost effectiveness in terms of energy optimization and low computation time. The proposed study adopts the conventional N-policy strategy for optimizing the operational cost associated with the cloud client-server architecture. The performance evaluation of the proposed prototype ensures further reusability and reutilization to simplify the future research direction.

Keywords: Cloud computing, Cost of operation, Energy optimization, N-policy strategy.