Adaptive power optimization in wireless sensor networks - Softcover

., Lokesh,Mr. Amit Behl

9781726760034: Adaptive power optimization in wireless sensor networks

Softcover

ISBN 10: 1726760030 ISBN 13: 9781726760034

Publisher: Independently published, 2017

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the Aqua Nodes at three levels in ocean, top level, middle level and bottom level of ocean. At each level data aggregator also deploy to route the data form each level.. The AquaNodes are heterogeneous, top layer nodes are static whereas middle layer and bottom layer nodes are attached with AUV’s and these nodes are in mobility. To make the network reliable in terms of communication we are using AUV’s if in any case our data aggregator fails we use depth adjustment mechanism in the middle layer and bottom layer AquaNodes and they will transfer the data directly. Due to the use of data aggregator life of sensor battery also increases. At each level sensors are using the shortest path algorithm and using hop to hop communication for sending the data to the data aggregator.Second thing to resolve the issue of the power source we are providing the reliable power resource for the AquaNode used in underwater, means we will harvest the energy from the tidal waves and by using the Aqua Transducer’s we will convert it into the electrical energy. .In this research work the author deployed the Aqua Nodes at three levels in ocean, top level, middle level and bottom level of ocean. At each level data aggregator also deploy to route the data form each level. There is a floating sink at the sea bed which collects the data transmitted by data aggregator and route the data to the satellite then that satellite sends the data to the users. The AquaNodes are heterogeneous, top layer nodes are static whereas middle layer and bottom layer nodes are attached with AUV’s and these nodes are in mobility. To make the network reliable in terms of communication we are using AUV’s if in any case our data aggregator fails we use depth adjustment mechanism in the middle layer and bottom layer AquaNodes and they will transfer the data directly. Due to the use of data aggregator life of sensor battery also increases. At each level sensors are using the shortest path algorithm and using hop to hop communication for sending the data to the data aggregator.Second thing to resolve the issue of the power source we are providing the reliable power resource for the AquaNode used in underwater, means we will harvest the energy from the tidal waves and by using the Aqua Transducer’s we will convert it into the electrical energy.

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