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QoE-driven voice quality evaluation model of VoIP based on network simulation

QoE-driven voice quality evaluation model of VoIP based on network simulation
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摘要 The quality of experience（ QoE） evaluation model for voice over IP（ VoI P） service is studied to analyze the impact of network parameters on voice quality and monitor voice quality in real-time for operators.Firstly,the influence of some network parameters on the voice quality of VoI P is investigated. Then,a simulation platform for VoI P transmission is built to collect voice data under different network enviornments. According to the simulation results,a new mapping model between these arguments and VoI P voice quality is deduced. Finally,the accuracy of this voice quality evaluation model is examined and the results demanstrate that it has high reliability and feasibility. The quality of experience（ QoE） evaluation model for voice over IP（ VoI P） service is studied to analyze the impact of network parameters on voice quality and monitor voice quality in real-time for operators.Firstly,the influence of some network parameters on the voice quality of VoI P is investigated. Then,a simulation platform for VoI P transmission is built to collect voice data under different network enviornments. According to the simulation results,a new mapping model between these arguments and VoI P voice quality is deduced. Finally,the accuracy of this voice quality evaluation model is examined and the results demanstrate that it has high reliability and feasibility.
作者 费泽松 苑婷婷 任雨樵 李文智 张剑寅
机构地区 School of Information and Electronics Research Institution of China Mobile
出处 《Journal of Beijing Institute of Technology》 EI CAS 2016年第2期239-246,共8页 北京理工大学学报（英文版）
基金 Supported by China National S&T Major Project(2012ZX03001034 MCM 201240113)
关键词 voice over IP （VoIP） quality of experience （QoE） E-MODEL network delay networkjitter maximum play-out buffer voice quality voice over IP （VoIP） quality of experience （QoE） E-model network delay networkjitter maximum play-out buffer voice quality
分类号 TN916.5 [电子电信—通信与信息系统]
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参考文献16

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Journal of Beijing Institute of Technology
2016年 第2期

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