The new generations of networks are sensor networks which typically consist of a large number of nodes that are connected wirelessly. The main idea of these types of networks is collecting data around the network's sensors. Since the sensors nodes work with the battery and there is no possibility to change or recharge these batteries, the life time of these networks depends on the sensors energy. However, multihop networks suffer from higher energy costs, and the routing strategy directly affects the lifetime of nodes with limited energy sources. In this paper, we proposed harmony search algorithm and the purpose is to determine the basic paths to harmony memory is initialized for increase the life time of the network. For these purpose important conditions such as appropriate distribution of energy consumption between sensors nodes leading to increasing life time of the networks, is considered. Design parameters such as network density, connectivity and energy consumption have been taken into account for developing the framework. Also, the proposed method finds optimal routes from a given source to a given destination in the face of conflicting design objectives, such as the dissipated energy and the end-to-end delay in a fully-connected arbitrary multihop network. Our proposed approach improves the overall efficiency and improves the performance in accuracy, travelling path, data flow. Keywords: Wireless Sensor networks, Multinodes, Energy chargingCite this Article Jisha Raj T, Sahaya Kingsly C. An Efficient RLT based Multinode Wireless Energy Charging in Sensor Networks. Recent Trends in Sensor Research and Technology. 2016; 3(2): 1–6p.
