Abstrait

Dynamic Interface to Enhance Network Efficiency Using Channel Allocation

K.Siva Ranjani, V. Jeyalakshmi

Wireless Sensor Networks (WSN) is a group of spatially dispersed and dedicated sensors for monitoring and recording the physical conditions of the environment and organizing the collected data at a central location. The sensor nodes are extraordinarily limited in resources, so the important aim of designing routing protocol of WSN is to improve the routing efficiency and maximize the lifetime of networks. In the recent past, the routing efficiency and its issues can be solved by various protocols. In this paper we enhanced many to one transmission with AODV protocol and efficient channel allocation. We have implemented flat multi-hop routing algorithms which enable routing of data in a fashion that minimizes the power consumption of the WSN they fail to exploit the data aggregation opportunities by virtue of data collected from the WSN. In many WSN applications with the relatively high node density, the data collected by individual nodes are highly redundant, thus making data aggregation a very attractive scheme in WSNs. Hybrid multi-hop routing algorithms aim to capitalize on the highly correlated nature of WSN’s collected data. It can improve the routing efficiency and channel allocation in cluster networks. The cluster head selection is obtained based on energy level and routing efficiency of the network.