在Linux平台上实现IPv6视频会议

L. Chuan, K. Jumari, M. Ismail
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引用次数: 1

摘要

视频会议通过将双工传输的实时音频和视频与计算机系统相结合,使人们能够模拟面对面的交谈。IPv6(也被称为新/下一代的IPng-ng),提供128位寻址(即数十亿的地址),与IPv4地址的兼容性,安全性和认证,服务质量(保留带宽),即插即用网络设备配置,分层结构路由以及在过渡阶段与当前IP无缝集成的能力。使用IPv6协议,有望提高帧速率和传输速率以及带宽利用率。实现了一个在IPv6和IPv4环境下运行的基于Linux平台的视频会议系统。使用两台Linux操作系统(启用IPv6)的计算机运行视频会议。视像会议的实施是借助vic工具进行的(见http://www-mice.cs.ucl.ac.uk/multimedia/software/)。综上所述,在IPv6环境下运行视频会议,其服务质量,尤其是帧率和传输速率的服务质量更有保障。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Implementation of video conferencing over IPv6 on the Linux platform
Video conferencing allows people to simulate face-to-face conversations by integrating duplex transmission real-time audio and video with a computer system. IPv6 (also known as IPng-ng for new/next generation), provides 128-bit addressing (that is billions upon billions of addresses), compatibility with IPv4 addresses, security and authentication, quality of service (reserving bandwidth), plug-and-play for network device configuration, hierarchically structured routing and an ability to integrate seamlessly with the current IP during the transition stages. Using IPv6 protocol, improvement in frame and transmission rate and bandwidth usage are expected. A video conferencing system using the Linux platform running in the IPv6 and IPv4 environments has been implemented. Two computers with the Linux operating system (IPv6 enabled) are used to run video conferencing. The implementation of video conferencing is carried out with aid of vic tools (see http://www-mice.cs.ucl.ac.uk/multimedia/software/). In conclusion, the quality of service, especially in frame rate and transmission rate, is more guaranteed if video conferencing is run in the IPv6 environment.
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