Seventh International Conference On Advances in Computing, Electronics and Electrical Technology - CEET 2017
Author(s) : M. KALEEM GALAMALI, NAWAZ MOHAMUDALLY
Managing energy consumption in ubicomp remains a significant topic of research. To assist in this issue, MANET transmission may be prone to future successes . Despite all development of strategies for energy containment in MANETs, including application of location-aware transmission, it is still true that the software engineering notion of modelling in ubicomp is in its embryonic phases. Energy management is crucial because of constrained battery power of ubicomp nodes and its cost implications. A prior study was carried out  to quantify and model the Minimum Fairness Proportion (Min_FP) recordable for CBRs for node densities of 7 until 56. The corresponding model was perceived to be the decreasing exponential model. In this paper, the next level of investigation is set forth as: “What are the trends of variation observable within each parameter of the equation of curve obtained for metric Min_FP  over varying node densities?” Studying the behaviour of components of applicable models for metric Min_FP and successively model the observed pattern for each component mathematically is a commendable task since it will involve lots of effort and especially tough disagreement resolution among researchers. The results put forward will assist ubicomp specialists in better understanding MANET features and prepare algorithmic support for energy management in ubicomp architectures. Specially adapted battery design and hardware surrogates may also follow. This paper is a follow-up of previous work [1-38].