Improved Localization by Route Positioning based Node Location Detection on the Wireless Sensor Network

Wireless Sensor Networks (WSN) use high-powered hop communication in place of a single multi-hop link. The majority of mobile devices' data communication performance has been examined to determine multi-hop wireless power wireless data transfer. Data packets facilitate network activity by creating a connection between the source and the destination. A unique approach to monitor each node's sending point and implement a location identification mechanism at the node's receiving point has been developed, taking into account the energy constraints in wireless sensor nodes. The suggested study has created a Node Travel Location Identification method (RP-NTLI) based on Route Positioning to accomplish network localization based on the ID. This is totally dependent on the network path; if the unknown node is constrained, it becomes usable for estimating the number of remaining nodes and for route positioning. The network node searches the data and broadcasts the path based on the node position, using the unique ID provided for each node. The goal of the planned research project is to create a novel and enhanced network route planning algorithm for wireless sensor networks. Efficient performance metrics values are acquired by implementing the proposed dynamic wireless network setup using real-time data.

Keywords: Wireless Sensor Networks (WSN), Location, Route, Position, Defense Node connection, Node identification.