Optimization of Component Based Softwares to Achieve Energy Efficient Green Computing

Abstract

Green computing is newer research area where the researcher tries to develop energy efficient computing to save the environment and energy wastage. In software industry repetitive writing the same codes, developing same application again and again and serving unnecessarily useless components are the great hurdles in the field of achieving green computing targets. In this research we present a model of green software development by means of using component based software’s. As the components once developed for some client can be used for another client without recoding .This reduce the redevelopment time. The ready components can be used by another software suppliers as a reedy product, thus again saving of significant energy. The components can be reused with minor customizing for different client. This save the time and money as well and enhance profitability. In this paper we developed a model for CBSE software’s to achieve the energy efficiency goals. We proposed 4 levels of model in which first model includes the design and development phase,. The second level includes the user’s level customization for energy efficiency. In the third level we focus on energy saving by auto saving and data back up as data loss wastes a lot of energy to regain the data. In the fourth stage we focus on disposal, reengineering, reuse of software components. We successfully demonstrated that our proposed component based software development model is highly efficient to achieve the environment friendly energy efficient green computing targets. We propose an energy consumption calculation formula GCBSEEU for CBSE software’s.