Abstract: Managing energy consumption in ubicomp is a serious topic of research. MANET transmission may help in energy containment in ubicomp [57]. Location-aware transmission can enhance this method for energy containment. It is assumed that in a MANET for ubicomp, nodes present will work in an automated collective fashion to achieve transmission, thereby sharing the workload. It is a conception that for sharing of workload is achieved equitably among all nodes present and hence energy consumption is reduced for each contributing node with increasing node density. In situations of cooperation, it remains important for each cooperating node to gauge what is the degree of effort it is providing, in forms of metric and trends achievable, presented in previous research [19-21] which is referenced against sender node’s effort. Another set of metrics for gauging Fairness compared to an assumed equitable energy amount reached if the total energy consumed for a CBR transmission is divided equally among

• Publication Date: 27-Nov-2016
• DOI: 10.15224/978-1-63248-109-2-04
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Abstract: Managing energy consumption in ubicomp remains a serious topic of research since MANET transmission may help in energy containment in ubicomp [58], enhance by location-aware transmission strategies. It is assumed that in a MANET for ubicomp, nodes present will transmit in an automated collective fashion, thereby sharing the workload. It can hence be assumed that nodes present in a topography are themselves the infrastructure. If it is also assumed that every node must be providing equitable assistance, then it can also be concluded that this situation will be rarely reached. A research area remains “By how much Fairness reached in a ubicomp deviates from the latter situation reached?” as such questions remain consequent in situations of cooperative functionality. A previous study in this direction was made [22] whereby 2 metrics were defined: BFEA and ECFP. ECFP was a first metric for gauging Fairness proportion reached in ubicomp. In this paper, a second metric Min_FP, derived from EC

• Publication Date: 27-Nov-2016
• DOI: 10.15224/978-1-63248-109-2-05
• Views: 0
• Downloads: 0