热带地区视频应用的卫星物理层选择器设计

D. Pradas, Lei Jiang, M. Vazquez Castro, P. Barsocchi, F. Potortì
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引用次数: 2

摘要

本文旨在为热带地区的信道损伤提供不同的经济有效的解决方案。为了将业务扩展到偏远地区,我们提出了一种基于DVB-S2/RCS + Wi-Fi网络的混合架构。在这种情况下,ACM对衰落变化的反应延迟会影响视频传输的质量,特别是由于热带深度衰落事件的特性。为了避免QoS降低,我们重点研究了DVB物理层偏移阈值,不仅研究了不同亚马逊地区和不同降雨条件下的阈值,还研究了不同的反应延迟。物理层选择器的性能从视频质量(PSNR)、分组错误率和带宽效率三个方面进行了评价。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Satellite PHY-layer selector design for video applications in tropical areas
This paper aims at providing different cost-efficient solutions for the channel impairments in tropical areas. In order to extend service to isolated areas, we propose an hybrid architecture based on DVB-S2/RCS + Wi-Fi networks. In this scenario, the delay of the ACM reaction to fade changes can affect the quality of the video transmission, especially because of the characteristics of tropical deep fading events. In order to avoid QoS reduction, we focus on the DVB PHY-layer shifted threshold, which we study not only for different Amazon areas and different rain conditions, but also for different reaction delays. The performance of the PHY-layer selector is evaluated in terms of video quality (PSNR), packet error rate and bandwidth efficiency.
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