A Tractable Method for Constrained Resource Sharing in OFDMA Wireless Mesh Networks

F. Brah, L. Vandendorpe, V. Ramon
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引用次数: 1

Abstract

This paper presents a novel fair scheme for resource sharing between nodes in OFDMA mesh networks. The problem is to maximize the overall system rate, under each user's maximal power and minimum rate constraints. To solve the underlying problem, we propose an approach that combines the merits of the well known Lagrange dual framework and the Lambert-W function. By using the Lambert-W function, resource allocation can not only be expressed in closed form but it can also quickly be determined without resorting to complex algorithms since a number of popular mathematical softwares, including Matlab, contain the Lambert-W function as an optimization component. Simulation results are provided to compare the performance of the proposed scheme with other allocation schemes.
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一种易于处理的OFDMA无线Mesh网络约束资源共享方法
提出了一种新的OFDMA网格网络节点间资源公平共享方案。问题是在每个用户的最大功率和最小速率约束下最大化整个系统速率。为了解决潜在的问题,我们提出了一种结合著名的拉格朗日对偶框架和Lambert-W函数优点的方法。通过使用Lambert-W函数,不仅可以以封闭的形式表示资源分配,而且可以快速确定资源分配,而无需借助复杂的算法,因为包括Matlab在内的许多流行的数学软件都包含Lambert-W函数作为优化组件。仿真结果与其他分配方案的性能进行了比较。
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