IMPROVING IoT ROUTING PERFORMANCE IN MULTI REGION GEOCASTING

Autor: 1 Dr. Sridhar Manda, 2 Dr. Venkateshwarlu Velde, 3 Ms. Sree Lakshmi Potlapally, 4 Dr. Arun Kumar, 5 Dr. Sravan Kumar V
Rok vydání: 2022
Předmět:
DOI: 10.5281/zenodo.6956364
Popis: We are experiencing an Internet of Things, which links real-world entities to the internet, supplemented by electronic devices, sensors, and actuators to publish the globally generated data. We can build an IoT application by mashing the services with those "Smart Things." Routing is an important feature for any IoT applications and in order to promote this. Routing is an important service for any IoT application, and the routing service must allow efficient communication between smart devices or nodes to facilitate such applications. Because of Smart Things' resource constraints, the design becomes a demanding task. This paper focuses primarily on problems with routing. The proposed routing algorithm "Optimized Multi-Region GeoCasting" is introduced and tested for wireless networks of large size, where data must be transmitted to specific geographic regions which are remotely connected to the source. Instead, decisions, as well as duplications, were made only at selected nodes on the chosen data packet route to save energy, processing time, and bandwidth with the proposed technique we can avoid routing decisions at each intermediate node. The proposed OMRG is used to minimize the transmissions needed in number for effective packet delivery, thus reducing the overhead computation (CO) on the network. Routing decisions are being made in this dynamic algorithm just by using the local data.
Databáze: OpenAIRE