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Investigation of the IOT Network of Packet Loss's Long-Range Dependence and QOE

机译:分组丢失的远程依赖和QOE的物联网研究

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The Internet of things, including Internet technology, including wired and wireless networks. Internet of Things and the Internet is the relationship between the parent and the child. In this paper, we aim to study the Investigation on the network packet loss's long-range dependence and QOE and gain a good result and conclusion. In order to better establish no-reference video quality assessment model considering the network packet loss and further gain a better QoE evaluation, so we build NS2 + MyEvalvid simulation platform to study the scale characteristic of the network packet loss, scale characteristic of packet loss through the influence of packet loss rate to influence QoE. The experimental results show that, packet loss processes have long-range dependence, the number of superimposed source N, shape parameter, Hurst parameter, the output link speed have impacts on long-range dependence. We came to the conclusion that when superimposed source N is more, the shape parameter is smaller, Hurst parameter is bigger, the output link speed is smaller, packet loss's long range dependence is larger, packet loss rate is high.
机译:物联网,包括互联网技术,包括有线和无线网络。物联网和互联网是父母与孩子之间的关系。本文旨在研究网络丢包的长期依赖性和QOE的研究,并取得良好的结果和结论。为了更好地建立考虑网络丢包的无参考视频质量评估模型,并进一步获得更好的QoE评估,我们建立了NS2 + MyEvalvid仿真平台,通过网络研究丢包的规模特征,丢包的规模特征。丢包率对QoE的影响。实验结果表明,丢包过程具有远距离依赖性,叠加源数N,形状参数,赫斯特参数,输出链路速度对远距离依赖性有影响。我们得出的结论是,当叠加源N较大时,形状参数较小,Hurst参数较大,输出链路速度较小,丢包的远距离依赖性较大,丢包率较高。

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