Abstract: Tracking location in mobile environment has been a subject of research for quite long and significant progress has been reached [33-48]. The next stage remains devising new functionalities/applications and improving ways of doing existing activities making use of location-awareness. One area of such an improvement will be in the field of MANET communication over which ubicomp will rely. A big area missing in MAUC remains the software engineering approaches into metrics development, gathering and modelling which can be used for prediction and better gearing of future investments of resources [2]. The particular area of concern here is energy considerations in ubicomp. How much energy savings can be achieved by a sender node in location-aware MANET transmission? Is there any pattern of trend that the sender energy savings follow under different sets of node densities? How to gather information on probabilities of saving less or greater than a particular percentage of energy?. Need for fo

• Publication Date: 26-Sep-2016
• DOI: 10.15224/978-1-63248-104-7-05
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Abstract: Many researchers in mobile networking are of the opinion that MANET transmission helps to contain energy in ubicomp [56]. Location-aware transmission can complement the objective of saving energy in MANETs. MANET transmission will achieve the functionality using automatic cooperative strategy with nodes present in the topography. In such situations, gauging degree of cooperation and Fairness of load distributions, taking into consideration all underlying features like hardware specifications, battery power, and more specifically, ratio of energy being required by the MANET node compared to the sender node itself, together with known corresponding trends, is desirable. Such studies have been presented [19, 20]. Following these research [19, 20], a third set of answers to address issue of “how to gauge Fairness features being reached in MANETs”, is provided in this paper, with a metric OFR along with its corresponding model of trend over varying node densities. This paper adds up to the

• Publication Date: 26-Sep-2016
• DOI: 10.15224/978-1-63248-104-7-06
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