Model of Energy Consumption Ratio Achievable in MANET Using Location-Aware Transmission in Ubicomp.

M. KALEEM, GALAMALI and NAWAZ, MOHAMUDALLY (2016) Model of Energy Consumption Ratio Achievable in MANET Using Location-Aware Transmission in Ubicomp. In: Fifth International Conference on Advances in Computing, Control and Networking - ACCN 2016, 25-26 September 2016, Bangkok, Thailand.

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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 trend equations and using them for predictive probability calculations. The area of modelling in ubicomp involves much work and this paper adds to this area. Designers will use it to formulate better ubicomp architectures and components. This paper follows from previous work [1-17].

Item Type: Conference or Workshop Item (Paper)
Uncontrolled Keywords: Ubicomp- Ubiquitous Computing, MAUCMobile and Ubiquitous Computing, ECR- Energy Consumption Ratio, MANET- Mobile Adhoc Network, CBR- Constant Bit Rate. PCN_ECR_NN- % communicating nodes for ECR node_number.
Depositing User: Mr. John Steve
Date Deposited: 22 Mar 2019 04:58
Last Modified: 22 Mar 2019 04:58

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