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Throughput Enhancement with Bidirectional Concurrent Transmission in IEEE 802.16 Mesh Networks

机译:IEEE 802.16网状网络中双向并发传输的吞吐量增强

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Performance of wireless mesh networks can be greatly improved by spatial reuse with concurrent transmissions. However, most current research works on WiMAX mesh networks are based on a unidirectional concurrent transmission scheme to perform link and packet scheduling. In this paper, we analyze the interference model of IEEE 802.16 TDMA mesh networks and propose a bidirectional concurrent transmission model. We formulate the model into an ILP problem and provide the solution. Simulation results show that our bidirectional transmission mechanism can effectively improve the network performance. Further study reveals that the throughput enhancement varies with different network topologies and distinct location of BS.
机译:通过使用并发传输的空间重用,可以大大提高无线网状网络的性能。然而,WiMAX网状网络上的大多数研究工作基于单向并发传输方案来执行链路和分组调度。在本文中,我们分析了IEEE 802.16 TDMA网状网络的干扰模型,提出了双向并发传输模型。我们将模型分为ILP问题并提供解决方案。仿真结果表明,我们的双向传输机制可以有效提高网络性能。进一步的研究表明,吞吐量增强因不同的网络拓扑和BS的不同位置而异。

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