20PR2700, Development and Proof on the Commercialization of the Broker Service based on Small-scale Distributed Energy Resources,
Lee Il Woo
Abstract
In a tactical mobile ad-hoc network (MANET), unmanned vehicles are deployed for surveillance and reconnaissance. They send multimedia data to a center node in real time. In this letter, we propose a centralized TDMA slot and power scheduling schemes which maximize energy efficiency (EE) considering Quality-of-Service (QoS) for the tactical MANET. We formulate this problem as a non-concave ratio optimization, and propose the optimal slot allocation and power control algorithms based on the Dinkelbach method and the concave-convex procedure. The performance of the proposed algorithm is verified by numerical results, which show a fairly good energy efficiency.
KSP Keywords
Concave-convex procedure, Dinkelbach method, Energy Efficiency, Mobile Ad-Hoc Networks(MANET), Multimedia data, Non-concave, Numerical results, Power Scheduling, Power control(PC), Power control algorithms, Real-Time
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