Enhancing IoT communication and network life in software-defined networking- controlled embedded networks with cooperative routing
Abstract
Strong communication protocols and effective network management approaches are needed to guarantee scalability, dependability, and energy conservation in the ever-expanding realm of Internet of Things (IoT) applications. This research could significantly improve the efficiency of video streaming in IoT ecosystems, which is important for many reasons particularly for smart cities, autonomous vehicles, and remote monitoring systems. Minimising packet loss during video transmission, managing fluctuating network topologies caused by mobile devices, and maximising the lifetime of embedded network devices are all difficulties that are tackled. The Internet of Things-based Efficient Mobility Video Streaming (IoT-EMVS) method is an innovative framework that optimises video streaming in IoT networks by tackling issues including energy consumption, bandwidth allotment, and mobility. The IoT-EMVS makes use of cooperative routing protocols to let devices work together to improve data pathways, manage network resources, and guarantee a smooth handoff when moving, this leads to less delay, better video quality, and longer network life. Among the many potential uses for IoT-EMVS are interactive multimedia services in IoT-enabled settings, mobile health monitoring in real-time, and other similar fields. When compared to more conventional forms of IoT connectivity, IoT-EMVS shows considerable gains in power savings, packet delivery ratio, and total quality of service, according to a thorough simulation research.
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