Improvisation of Energy Efficiency in Cloud Environment through Proposed Communication Protocol

  • Ashish Kumar Pandey, Dr. Shish Ahmad
Keywords: Energy Consumption, Cloud Computing, Poisson distribution, Power metrics, Carbon usage effectiveness.

Abstract

The advancement and extension of data center industry is broadly extended the amount of server usability through developing business areas, end client applications from customers and execution improvement limits due to persistent expansion in the size and magnitude of data center tier level. The continuous demand of cloud services increasing consumption of energy and emission of carbon dioxide. So both the energy consumption and carbon dioxide emission reduction for environmental sustainability are critical concerns in cloud computing environment. Therefore consumption of energy and CO2 emissions reductions are essential. So for this concern, firstly, a novel communication protocol is designed and evaluated to improvise the efficiency of energy in the cloud environment. Poisson distribution and Markov chain techniques have been used to design this protocol. It is assessed by the given energy-efficient model with a QSA algorithm. To attain this goal, BCube data center network topology is used on an edge layer for a single performance-optimized data center. This model is accountable to provide the energy-efficient formulation for the decreasing of energy consumption to enhance the energy efficiency in the cloud environment. Secondly, carbon usage effectiveness is computed for the diminishing of CO2 emissions in the cloud data center communication systems. 

Published
2021-09-17
How to Cite
Dr. Shish Ahmad, A. K. P. (2021). Improvisation of Energy Efficiency in Cloud Environment through Proposed Communication Protocol. Design Engineering, 8268-8284. Retrieved from http://thedesignengineering.com/index.php/DE/article/view/4451
Section
Articles