Designing Algorithm for Sustainable Resource Management in Cloud Computing

Abstract

Sustainability is a term that is widely used in the IT sector to refer to the minimize of the ecological effect caused by anything. From this standpoint, the sustainability is actually representing the present and is promising a better worldwide output-input relationship. IT, at the minimum, deals with two different aspects of sustainability. "Green IT" is a one where green technology is considered the main culprit of excessive power consumption from the process of execution along from the cooling and, therefore, computers are addressed as the major part of the problem. This also goes for cloud clusters, which are invisible but still a significant ecological issue for people. On the other hand, "Green IS" looks technology as a result of its replacing expertise of the modern "develop and destroy" fabrication framework including nature-preserving or regenerative one. The argument for "Green IS" is that cloud platform provide also reach the scaling advantages that conventional IT, either inside a company or by a technical utility, cannot get. The issue of power usage and carbon dioxide emissions comes in as the key concern in the area of SCC (sustainable cloud computing). We are coming up with a hybrid optimization algorithm basically for the objective of reducing energy usage and carbon footprints in SCC environment. The combined optimization approach will be a merging of ant colony and fake normalizing approaches.