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The fields of location-tracking, ubicomp functionalities and MANET transmission strategies are yielding commendable output and justify the research effort input in them [1-53]. With present research status, the merging of these fields still has a lot to undergo. Correct protocol design approaches is a crucial factor for successful merging of these fields. However, it is currently agreed that such approaches are heuristic in nature and hence unsuitable for implementation [91]. Improvements in middleware services and ubicomp network architecture is also needed [92, 93]. A well-shaped objective in this direction of ubicomp advancement is achievement of “realism” in design and evaluation of wireless routing protocols [94]. Such investigations may generate components better adapted for studies of predictability in ubicomp. These may be required since “realism” will dripple into every feature related to ubicomp, one of which was studied previously [22] to assess the trend of Energy Consumption Fairness Proportion (ECFP) observable for CBRs under different sets of node densities in a ubicomp environment. This study was reinforced by the related study of trends for each ECFP parameter of equations [38]. To accommodate “realism” in knowledge of these trends, in this paper, the next study required is: “What are observable critical values in ECFP trends over varying node densities and trends of such critical values?” Such knowledge will entail the design of more realistic ubicomp scenarios which are better conducive for more sustained testing of experimental middleware components and communication protocols. This study abides as a followup of prior ones [1-53]. Key terms: UbicompUbiquitous Computing, MAUCMobile and Ubiquitous Computing, ECFPEnergy Consumption Fairness Proportion, CBRConstant Bit Rate, MANETMobile Adhoc Network, CVCritical Value. M. Kaleem GALAMALI, University of Technology Mauritius (student) Mauritius Assoc. Prof Nawaz Mohamudally University of Technology Mauritius, Mauritius

Trend Analyses of Critical Values Obtained for Energy Consumption Fairness Proportion Achievable in Ubicomp MANETs Using Location Aware Transmission Strategies