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Performance Analysis of Non-Converged and Converged Medium Access Control Protocols for Radio-over-Fiber Networks

机译:用于无线电网络的非融合和融合介质访问控制协议的性能分析

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For supporting the upcoming applications like interactive gaming, 3D-TV, etc., a high data rate needs to be provided to the wireless mobile users. To facilitate these requirements, and to keep the mobility of the users intact, a wireless network that has an optical backbone with a huge bandwidth capacity is required. Radio-over-Fiber (RoF) networks prove to be a promising solution that can provide a high data rate along with a very low delay. In this paper, we propose a converged medium access control (MAC) protocol for RoF networks. In addition, the proposed converged MAC protocol is compared with a state-of-art non-converged MAC protocol. The simulation results show that the converged MAC protocol for RoF network offers much lower delay and high channel utilization as compared to the non-converged and hence converged RoF networks prove to be a better choice for the evolution of next generation networks.
机译:为了支持互动游戏,3D-TV等的即将到来的应用,需要向无线移动用户提供高数据速率。为了促进这些要求,并保持用户的移动性,需要一种具有巨大带宽容量的光骨干的无线网络。无线电过光(ROF)网络被证明是有希望的解决方案,可以提供高数据速率以及非常低的延迟。在本文中,我们为ROF网络提出了一个融合的介质访问控制(MAC)协议。此外,将所提出的融合MAC协议与最先进的非融合MAC协议进行比较。仿真结果表明,与非融合的汇聚网络相比,ROF网络的融合MAC协议提供了更低的延迟和高信道利用率,因此融合的ROF网络被证明是下一代网络演变的更好选择。

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