Conference Proceedings

Abstract

The field of management of energy consumption in ubicomp is a serious topic of research. MANET transmission may assist in energy containment in ubicomp [73]. Despite the development of several strategies for energy containment, including application of location-aware transmission, it still subsist that the engineering notion of modelling in ubicomp is in its preliminary phases. Energy management is important due to constrained battery power of present hardware. A preceding investigation was carried out [22] to quantify and model the Energy Consumption Fairness Proportion (ECFP) recordable for CBRs for node densities of 7 until 56. The corresponding model was observed to be a combination of exponential and linear tendencies. In this paper, the next milestone of investigation is put forward as: “What are the trends of variation observable within each parameter of the equations of curves obtained for metric ECFP [22] over varying node densities?” Studying the behaviour of components of applicable models for metric ECFP and successively model the observed behaviour for each component mathematically is very notable as it will consume lots of effort and require durable disagreement resolution among researchers. The results put forward will help designers towards better understanding of ubicomp and prepare algorithmic support for energy management in ubicomp architectures. Specifically adapted battery designs may also follow. This paper is a follow-up of previous research [1-37].