首页> 外文期刊>Wireless personal communications: An Internaional Journal >Distributed Joint Rate Control, Resource Allocation, and Congestion Control for Throughput Optimization in Multirate Multiradio Multichannel Wireless Network with Intersession/Intrasession Network Coding
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Distributed Joint Rate Control, Resource Allocation, and Congestion Control for Throughput Optimization in Multirate Multiradio Multichannel Wireless Network with Intersession/Intrasession Network Coding

机译:具有会话间/会话内网络编码的多速率多无线电多信道无线网络中的吞吐量优化的分布式联合速率控制,资源分配和拥塞控制

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摘要

Wireless multihop networks are increasingly used because of their low cost and easy deployment. However, there are still many restrictions that degrade performance. Network coding has been proposed to improve the throughput of a wireless network through the characteristics of overhearing and broadcast. In this paper, we model the network utility maximization problem using a combined intrasession and intersession network coding method to improve the network utility in multiradio, multichannel, and multirate wireless network. And we propose a network throughput optimization scheme with a rate control, resource allocation and congestion control algorithm. We formulate an optimal framework reflecting wireless network environment. Also, we propose a rate selection scheme to choose the transmission rate on each node. We evaluate the proposed algorithms by simulation. The performance evaluation results show that the proposed scheme can improve throughput for network by utility optimization in a multiradio, multichannel, and multirate wireless network.
机译:无线多跳网络由于其低成本和易于部署而越来越多地被使用。但是,仍然存在许多降低性能的限制。已经提出了网络编码以通过监听和广播的特性来提高无线网络的吞吐量。在本文中,我们使用会话间和会话间网络编码相结合的方法对网络效用最大化问题进行建模,以改善多无线电,多信道和多速率无线网络中的网络效用。提出了一种具有速率控制,资源分配和拥塞控制算法的网络吞吐量优化方案。我们制定了反映无线网络环境的最佳框架。此外,我们提出了一种速率选择方案来选择每个节点上的传输速率。我们通过仿真评估提出的算法。性能评估结果表明,该方案可以通过多无线电,多信道和多速率无线网络中的效用优化来提高网络吞吐量。

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