An Efficient Inter-Cluster Wireless Sensor Network Communication by using Priority Queues and Reliability Models

Even though Electromagnetic and Radio Interference, Reliability, Cyber Security, and Resource Depletion are still concerns with Wireless Sensor Networks (WSNs), even though WSNs have become increasingly widespread and are used in a wide variety of contexts. It is possible to detect and transmit a wide variety of data using a wide variety of sensors, including electric sensors, magnetic field sensors, infrared sensors, laser sensors, navigation sensors, and many others. The requirement for increased spatial and temporal precision in all applications has led to a decrease in the price of sensors as well as a reduction in their size and weight, respectively. Loss of packets and interference are extremely common in the real world because of the complexity and noise present in that environment. These sensors are extremely important for sensing and reporting data on a regular basis, in response to specific inquiries, or based on events that have occurred. In this investigation, the information that has been gathered by the leader nodes needs to be transmitted to the target node in the most effective manner possible through multiple hops. With the assistance of a number of different leader nodes located in their own distinct clusters, the data is moved to its ultimate location. Utilizing the appropriate strategy of data acknowledgments and queue thresholds is required in order to both ensure the data's integrity and reduce the amount of unneeded management overhead. Congestion limitations that are determined by wait levels contribute to helping assure dependability.