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Best Approach Implementation and Codec Selection for VoIP over Virtual Private Network

机译:虚拟专用网上VoIP的最佳方法实现和编解码器选择

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摘要

In this research, we propose an architectural solution to implement VoIP over Virtual Private Network (VPN) technology in campus environment between branches. The objective of this evaluation is to measure the quality of the VoIP performance over VPN technology. This study is to analyze the VPN over open source application (e.g Windows and Linux operating system), and hardware device (e.g Juniper) performance areas evolved with the quality of service delivered by VoIP conversation between branches. This study focuses on quality of voice prediction such as i) the performance of VoIP activity and ii) delay and packet loss. The most apparent of implementing VoIP over VPN in campus environment is to define the best solution between open source application (e.g Windows and Linux operating system) and hardware device that can be used in operational environment Based on the finding result, VoIP over VPN measurement through hardware device is able to contribute better performance compare to open source application such as CPU utilization, MOS, delay and jitter.
机译:在这项研究中,我们提出了一种架构解决方案,以在分支机构之间的校园环境中实现基于虚拟专用网(VPN)技术的VoIP。该评估的目的是衡量基于VPN技术的VoIP性能的质量。这项研究旨在分析基于开源应用程序(例如Windows和Linux操作系统)的VPN和硬件设备(例如Juniper)的性能领域,这些领域随着分支机构之间VoIP对话所提供的服务质量而发展。这项研究的重点是语音预测的质量,例如i)VoIP活动的性能以及ii)延迟和丢包。在校园环境中实现VoIP over VPN的最明显方法是,在开源应用程序(例如Windows和Linux操作系统)与可在运营环境中使用的硬件设备之间定义最佳解决方案。与开放源代码应用程序相比,硬件设备能够提供更好的性能,例如CPU利用率,MOS,延迟和抖动。

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