International Journal of Advances in Computer Science and Its Applications
Author(s) : M. KALEEM GALAMALI, NAWAZ MOHAMUDALLY
There is no doubt that relays in aubicomp topography bring commendable support for communication and efficient reduction in energy consumption by transmitting nodes [4]. However, all these benefits are for transmitting nodes only. Less information is available as advantages or cost-effective sequence of steps for the development of the ubicomp architecture and topography. Investing into a network of relay will come with its costs and may not be achievable at one go. There is need for a phased method of investment starting from lesser number of relays but with more optimal returns including energy savings perspectives. To achieve this, a way to model and predict amount/proportion of energy saved and metrics concerned is required, from a software engineering perspective, when applying relays in aubicomp topography. This paper is a follow-up of 7 papers [1-7] with more focus from paper [4] and areas of investigation identified in paper [7]. This paper is aimed at producing models of energy savings achievable in various scenarios of optimised relays put forward in previous paper [7]. The results of experiments run are displayed graphically and relevant conclusions and equations derived are also put forward. These results will certainly help build more reliable architectures for future ubicomp