Improved Localization by Route Positioning based Node Location Detection on the Wireless Sensor Network
P. Nandhini, A. Suresh · 2022 3rd International Conference on Smart Electronics and Communication (ICOSEC) · 2022
Instead of a single multi-hop connection, Wireless Sensor Networks (WSN) use high-powered hop communication. Performance of data communication on most of the mobile devices has been analyzed to establish wireless data transfer of multi-hop wireless power. The data packets enable the network activity by establishing a connection from source to destination. By considering the energy restrictions in wireless sensor nodes, a novel method has been proposed to monitor the sending point of each and every node and the location identification mechanism has been implemented at the receiving point of the node. Based on the ID, the proposed study has developed a Route Positioning based Node Travel Location Identification algorithm (RP-NTLD to perform network localization. This is entirely dependent on the network route, and if the unknown node is restricted, it becomes available for route positioning and the estimation of remaining nodes. Based on the unique ID given for each node, the network node searches the data and broadcast the route based on the node position. The proposed research investigation intends to develop new and improved network route design computation for wireless sensor networks. The proposed dynamic wireless network configuration is implemented on the real time data, as a result efficient performance metrics values are obtained.