Distributed Throughput Optimization for ZigBee Cluster-Tree Networks
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Description
Zigbee cluster-tree network is especially suitable for low-cost and low power wireless sensor network because it supports power saving operations. So then it used to transfer signal and message. But it does not have the high bandwidth utilization. So it has add the new concept of these project that is adoptive parent based framework it used to increase the bandwidth at the same time is used to without generating the extra message exchange. And also distributed algorithm, PPR algorithm is used to this same concept of our project. Main thing Transformation as easily process to the increase bandwidth utilization. ZigBee cluster-tree networks, they do not deal with the restricted routing and poor bandwidth utilization problems. Poor bandwidth utilization problem in ZigBee cluster-tree networks, so it is difficult to increase the system throughput.PPR algorithm that configures cluster-tree parameters optimally and guarantees all the end-to-end deadlines of periodic real-time flows deterministically. ZigBee mesh routing protocols have been proposed to reduce the overhead for route discoveries and route requests, and thereby improve the end-to-end delay and packet delivery ratio.AODV (Ad-hoc of Demand and Distance Vector) routing protocol to increase the throughput of ZigBee wireless networks. Adoptive-parent-based framework via a series of simulation experiments. Adoptive-parent-based framework for a ZigBee cluster-tree network to increase the bandwidth utilization without incurring any extra message exchange.
Tags: 2012, Application projects, Dotnet



