Performance Comparison of Routing Protocols for IoT

the IoT is a rapidly growing field with enormous potential for innovation and impact on society. Intelligent interfaces are used by the things with unique identification which helps us to enable to build wireless bridge to connect the end to end user for social communication & various purposes. As the Internet of Things evolves day by day it is critical to explore novel routing protocols. The categories of routing protocols are purely based on its unique mechanism. According to the various mechanisms of the routing protocol, an IoT network can adapt a specific routing protocol to serve and route the data from one to the other end. Therefore it is necessary to design appropriate routing protocol to connect the different entities. This article analyses and compares the performance of Ad-hoc On-demand Distance Vector (AODV) and Routing Protocol for Low Power & Lossy Networks (RPL). Further, the comparison is done for the various attributes such as throughput, Packet delivery ratio & average end-to-end delay. It is observed through the simulation results that the RPL routing protocol provides better console than the AODV mechanisms in terms of PDR & throughput.