Improved Data Transmission In Wireless Sensor Network Using DCRP

In this paper, a Dynamic Cluster based routing protocol (DCRP) for wireless sensor network (WSN) is presented. WSN is a type of network that typically consists of numerous low-cost sensor nodes connected by wireless signals. DCRP uses an evolving clustering of sensor nodes depending on its density and supply of resources to dynamically route data towards the base station through the cloud. Odds-on data forwarding is used in the proposed DCRP protocol. It incorporates both remote nodes and density-based grouping. Every node is supposed to live in a cluster and communicate with other nodes in the clusters when using density-based clustering. In order to optimize energy consumption, limit packet loss, and guarantee reliable data transmission, DCRP makes intelligent cluster formation and route range decisions based on the state of the network shows how DCRP may be used to progress the performance of Wireless Sensor Network (WSN) through simulation-based assessments. This shows that DCRP is a viable option for real-world applications that need effective network management and data transfer. Finally, net energy usage, packet loss, throughput, and packet delivery ratio are used to gauge how well the proposed DCRP routing protocol performed using NS2 Program. Throughput evaluation contrasted with DCRP is 120Kbps and Packet Delivery Ratio is 98%.