A Dynamic Routing Selection Algorithm for Extending the Lifespan of Wireless Sensor Networks Based on Data Attributes

Wireless sensor networks (WSNET) always had the potential to be made up of an incredibly huge number of nodes providing a variety of services as computing devices get smaller and cheaper. By just assigning a small portion of their resources, such networks may carry out numerous activities concurrently. Alternately, a huge, unanticipated application may be carried out by a number of smaller wireless networks working together. In both situations, a different routing system from the one that is currently in use may increase the effectiveness of the job or application being conducted, lowering the network’s energy usage. To fully realize the promise of such networks, we contend that the latest directing architecture is necessary, an individual that enables dynamic swapping among various routing strategies in response to the needs of deployed applications, network circumstances as a whole, and location data. In this study, we demonstrate how a digital attribute-based cluster hierarchy overlaying sensor networks may accomplish dynamic routing scheme selection. We give the analytical findings for our plan and demonstrate the potential for improvement.