International Journal of Emerging Technology and Advanced Engineering (IJETAE)
Wireless Sensor Networks (WSN) will be established in distinct category of fashion such as healthcare application, home automation, defense etc. As a consequence of plenty of nodes in WSN, unified data and energy preservation is in need for efficient transmission. Due to the massive node environment in WSN, redundant data will be detected by immediate nodes. Here, redundant data can be unified by intermediate nodes because to reduce the communication cost and size of control messages. In existing work, Data Routing In Network Aggregation (DRINA) algorithm proposed for reducing redundant data size and improving energy conservation in cluster nodes.