Application Definite Fault Resistant Topology for IoT Networks

Internet of Things (IoT) is an exceptional concept than the internet as they transmit the collected data through low power Local Area Network (LAN) to investigate and segregate the data. IoT is a humongous network of connected things and people as the present world is data-driven. These data plays different roles in different context. IoT establishes the connection within and between the devices through internet but tremendous advantages such as speed of transmission, energy consumption and distance traveled. Applying of IoT is crucial in communication through networking, connectivity protocol via Internet-enabled devices. Each option has its trade-offs in terms of power consumption, range and bandwidth, all are considered while choosing the connected devices and protocols for a particular IoT application. The application of IoT may fail to transmit the data due to disruption in the connectivity of interlinks. As single interlink failures lead to severe issues on the performance of network connectivity, we propose fault route resistant application definite topology in order to enhance the connectivity that dynamically permits the best shortest route. The proposed work improves throughput by a maximum of 37.7% while decreases the energy up to 12.7 % and an average distance of route until 5%.