Power-Aware Virtualization: Dynamic Voltage Frequency Scaling Insights and Communication-Aware Request Stacking

Introduction

The arrival of cloud computing has completely transformed the tech scene. Now, however, it is facing a major unexpected hurdle-balancing energy use by information and communication technology (ICT). As the globalization of these systems continues, in addition to increasing electronic waste and emissions which harm public health they add pressure on energy resources around the world with resulting damage to our environment. As a result, there is an urgent need for research in the field of green computing. Including not only studying e-waste disposal itself but also how to efficiently cool servers given cloud systems' ever expanding popularity. Expert thinking has thus given rise to the idea of “green cloud computing” as a direct frontal attack on this difficult problem. An advanced ecosystem of cloud data centres. In the domain of cloud data centres, it intends to develop an ecologically pure environment that combines economic efficiency with eco-responsibility. Green cloud providers and users are pivotal performers in this vision, since they use multi-tenancy principles that create secure allocation strategies while reducing resource consumption. Coupled with the use of sustainable computing, through innovations in green ID virtualization technologies our computational activities can be made to increasingly green. We should also be able improve economic efficiency at the same time .This vital work directly confronts some very serious problems in the areas of reducing levels of energy consumption and proper management processes for electronic waste. Ultimately, through the like efforts over green cloud computing things today's high-tech industry is laying solid foundations for a greener tomorrow in which everything from technology to its application exudes sustainable life.