在交互式视频应用的Xhaul-TWDM-PON混合网络中启用SDN

A. T. Liem, I. Hwang, Elaiyasuriyab Ganesan, O. Lengkong, Lamarama Jallow
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引用次数: 1

摘要

如今,交互式视频应用、虚拟现实或3D电视、多人在线游戏等沉浸式媒体技术的最新时代为用户带来了新的技术视角,为未来几年的广播环境带来了重大变革。这些带宽中的大部分将由移动用户创造。因此,时间波分复用无源光网络(TWDM-PON)将有助于光无线混合架构下的有线和无线网络的集成,是下一代架构设计的最佳选择。本文提出了基于SD本地缓存管理的Xhaul-TWDM-PON混合网络,用于交互式视频应用机制。OpenFlow控制器还采用了具有qos意识机制的智能本地缓存,以S-OLT本地跟踪和存储最常见的视频,以降低终端用户延迟并提高终端用户QoE。仿真结果表明,该机制在平均数据包延迟、丢包和带宽效率方面可以提高系统的整体性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Enabling SDN in Hybrid Xhaul-TWDM-PON Networks for Interactive Video Applications
Nowadays, the latest age of immersive media technologies such as interactive video application, virtual reality or 3D television, multiplayer online gaming, which has brought users new technological perspectives, has contributed to a significant revolution of the broadcast environment in coming years. And most of these bandwidths will be created by mobile users. It is therefore expected that the Time-Wavelength- Division-Multiplexing Passive Optical Network (TWDM-PON) would help the integration of wired and wireless networks resulting from hybrid optical-wireless architecture, which is the best choice for next-generation architecture design. In this paper, we proposed the Hybrid Xhaul-TWDM-PON networks with SD local cache management for interactive video applications mechanisms. OpenFlow controller is also the use of the smart local cache with QoS-conscious mechanism, to locally track and store the most common video at S-OLT, to lower end- user latency and increase end-user QoE. Simulation results shows that the proposed mechanism can improve the overall system performance in terms of mean packet delay, packet dropping and bandwidth efficiency.
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