Ad Hoc Network Based Energy Efficient Reactive Routing Algorithm for Internet of Things and VoIP
6 Pages Posted: 9 Jan 2020 Last revised: 30 Jan 2020
Date Written: January 9, 2020
Increasingly, Internet of Things is being implemented in useful applications such as medical science, military application, safety systems, intelligent communications, traffic management, weather forecasting systems. While the size of these apps is huge, device capacities are restricted, especially in terms of latency and energy usage. MANET-IoT and VoIP networks are still unable to ensure adequate system performance and extended sensing coverage despite the study being done to modernize these shortcomings. Moreover, conventional schemes are convoluted and in real-world scenarios cannot be readily applied. This requires a straightforward yet energy-efficient routing system for MANET-IoT networks to be developed. Routing protocols opens up challenges for communication systems. This research model is a significant issue with the energy constraint issue of ad hoc devices in IoT apps. The choice of dynamic routing is a large deal to preserve the energy efficiency of ad hoc systems and AODV routing protocol is used based on the trustworthy system. Suggested AODV routing protocol experiment is done to maximize network performance in terms of the rate of energy usage and thus enhance the network's efficiency. The effectiveness of the suggested AODV routing algorithm is tested during network modelling in terms of QoS parameters like Throughput evaluation, Packet Delivery Ratio calculations, and Energy usage.
Keywords: IoT, MANET, VoIP, AODV, PDR, Energy consumption
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