An Efficient Routing Algorithm for Implementing Internet-of-Things-Based Wireless Sensor Networks Using Dingo Optimizer
Kishore Kumar K, G. Sreenivasulu · 2024
For Internet of Things wireless sensor networks (IOT WSNs), we suggest an energy-efficient cluster-based routing protocol. The primary issues that restrict the lifespan of a sensor network are the limited battery life of sensor nodes and ineffective protocols. Our goal is to offer a green routing protocol that wireless sensor networks can use. We present a novel approach to routing and data collection using network clustering, utilizing a modified version of the Dingo Optimizer. The main accomplishment of our suggested strategy is the elimination of the superfluous overhead with the use of cluster-head selection based on the Dingo Optimizer. Each sensor node has a data-compression method in place, which reduces the energy consumption and lengthens the lifespan of the IOT network.