Spatio Temporal Dynamic Routing Protocol for Wireless Rechargeable Sensor Network using Heuristic based Jointly Coupling of Link and Battery Constrainst
Journal Title: International Journal for Research in Applied Science and Engineering Technology (IJRASET) - Year 2016, Vol 4, Issue 11
Abstract
The velocity control of the mobile chargers travelling the irregular 2D Trajectories is optimized using the Spatio Temporal Dynamic Routing (STDR) Technique to Rechargeable Wireless Sensor Network in order to extend the life time of the sensor nodes. In this paper, we propose a new protocol, heuristic conditions allowed to optimize the sampling rate and battery level by carefully tackling the spatiotemporally coupled link and battery capacity constraints of the wireless sensor nodes. The Wireless Nodes utilities the dynamic node monitoring model which has to gather the data about energy of the each node as well data sampling rate, Node failure and link failure etc. Each node exhibits different performance, hence it is desirable to represent the movement of the mobile charger using several criteria; therefore we utilize joint heuristic solution to handle to charging movement of the mobile charges based on the network requirement. The Simulation results of proposed system demonstrate that the proposed algorithm always achieves higher network utility than existing approaches. In addition, the impact of link/battery capacity and initial battery level on the network utility is further investigated.
Authors and Affiliations
Mrs. R. Carolene Praveena, Mrs. V. PriyaRanjani
Keywords
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