Efficient Network Formation with Optimal Path Selection in Mobile Adhoc Network

In wireless communication, one of the best data transmission models is Mobile Ad Hoc Networks (MANETs), which have found many applications to perform efficient real-time data transmission among the mobile devices. Certain challenges restrict the performance of mobile devices to achieve maximum efficiency, and those design issues are high power utilization and data congestion. Mainly to overcome this drawback, in this article an efficient network formation model with optimal path selection (ENOPSM) is developed. The core modules that are present here are network congestion, mobility model creation, link quality establishment, and optimal path selection. With the presence of these processes, the communication quality of the mobile devices is increased. And the implementation of this model is constructed in the software called the Ns3 and the parameters that are taken into consideration for this ENOPSM are delivery ratio, network throughput, energy efficiency, average delay, and routing overhead. The ENOPSM evaluates the increase of efficiency and lifetime of the mobile devices, and that reduces the energy consumption, network delay, and routing overhead.

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