Sdn-enabled energy-aware routing in underwater multi-modal communication networks

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Product Description
Alternate topic:
Technology: Cyber Security Matlab
Dynamic offloading enables wireless underwater communication using MAC protocol
Objective
To design an efficient and new approach for reducing the LOS blockage in WSN 5G networks
ABSTRACT
Development of MAC protocol with Energy efficient backhaul dynamic support system is focused. The system works with considering the dynamic updating of the network with data offloading. Data save through cluster heads in case of energy loss. Evaluate the shortest routing model every iteration to reduce routing overhead. Alert the system when routing problem occurs.
Proposed System
With the ever-increasing desire to know the underwater world (which is spanned approximately over 70% of the Earth) for an effective utilization of its resources, underwater sensor networks (UWSNs) is a common jargon nowadays. A centralized energy-aware routing scheme in an SDN-enabled UWSN is evaluated. In Existing results identified that the protocol overhead due to the simultaneous transmission over interference-prone links and the hidden and exposed terminal problems are the main cause of worse performance for existing decentralized routing protocols. Using the adaptation of the SDN technology, can avoid such detrimental phenomenon, which results in remarkable performance improvement for the entire network. In the proposed system, development of MAC protocol with Energy efficient backhaul dynamic support system is focused. The system works with considering the dynamic updating of the network with data offloading. Data save through cluster heads in case of energy loss and evaluate the shortest routing model every iteration to reduce routing overhead. Alert the system when routing problem occurs.
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