Abstract: Efficient Location tracking is still subject to research and new functionalities/applications depending on it are continuing to appear on the market [37-52]. An area where improvements will be very desirable is MANET communication over which ubicomp will rely. A big section missing in MAUC remains the software engineering approaches into metrics development and gathering appropriate models which can be used for prediction and better gearing of future investments and research [2]. A particular sub-section of concern here is energy considerations in MANETs. Quite some results of prior research has been put forward [14-17] which are more directly concerned with energy. The subsequent level is “metrics indirectly concerned with energy for transmission”. One such topic of research is: “What is the ratio of energy consumption for each node over the energy consumed by the sender? What are the corresponding patterns of trend observable for different sets of node densities? How to predict the t

• Publication Date: 26-Sep-2016
• DOI: 10.15224/978-1-63248-104-7-10
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Abstract: It is claimed that MANET transmission helps to save energy in ubicomp [55]. This strategy may be complemented by applying location-aware transmission in MANET, resulting in a situation of automatic cooperation between all nodes present in the topography. In situations of cooperation, a desirable transparent information remains Fairness of load distribution, taking into consideration all underlying features like hardware peculiarities, battery availability and especially of concern here, ratio of energy being required by the MANET node compared with the sender node itself, together with known corresponding trends. Such a study is provided in another paper [18], whereby a future work identified was “how to gauge Fairness features being reached”, as concerns the proportion of nodes spending more or less energy than the sender node. A first set of answers to this issue was provided in another paper [19]. In this paper, a second set of answers is provided with a metric Max_R with its corres

• Publication Date: 26-Sep-2016
• DOI: 10.15224/978-1-63248-104-7-11
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• Downloads: 0