Sending Query Data to Mobile Sinks at High Speed in Wireless Sensor Networks

Recently, many strategies to extend the lifespan of wireless sensor networks have made use of sink flexibility (WSNs). Mobile sink-based systems function with different power utilization between hubs, leading to power porting, in contrast to classic WSNs where haptic data from sensor arrays is ultimately communicated by static sinks. decrease the issue of The hub should record the most recent location of mobile sinks for data transfer if flexibility is needed. Containment detection and organizational networks are two of the most crucial elements for ensuring powerful natural detection and high-performance data communication in WSN (Wireless Sensor Network) applications. This project aims to set up, test, and enhance a data collecting framework that solves the issue of disconnected hubs, enhances the network between sensor hubs and base stations, and uses less power. Also, this paradigm aids in addressing some problems including unpredictable behavior and conflicts of interest. This study focuses on the potential applications for the suggested approach. Exploratory work that is truly ongoing will aim to provide a detailed analysis of cuttingedge applications, such as transport frameworks for common uses.