Designing of Advanced and Efficient Tree Routing in Zigbee Wireless Network

Abstract

Zigbee is a distinctive communication criterions principally aimed to be deployed for wireless personal area networks with low rate. It’s an IEEE 802.15.4 based usual incurring minimal amount of complexity, cut rate and low strength consumption. Zigbee cluster-tree be good-recognized zigbee topologies especially suitable for WSN’s consuming low strength and sustaining cut rate since it supports power rescue operations. When Zigbee cluster network generates more traffic, the performance of the network tends to decline due to lack of bandwidth utilization. The earlier techniques employed for the purpose was providing supple routing and increased bandwidth utilization. But they tend to compromise on an ideally and convergence rage of bandwidth usages. Thereby we propose as Enhanced Distributed Adoptive Parent (EDAP) based structure for Zigbee cluster tree networks that manages changing traffic weight communication at any granted moment. The nodes collecting the sensed data are appropriated depending on the traffic load demands. Such a framework when applied improves bandwidth of the network and in turn improves the overall performance of the network.