Power Television and Tele-dialogue System Based on Virtual Private Cloud

Shaojun Yang, Hua Wei, Shengchao Qin, Zongsheng Li, Le Zhang
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Abstract

This paper proposes a power television and tele-dialogue system architecture based on the virtual private cloud. The architecture uses HTML5 technology to replace NPAPI plug-in technology, which eliminates the network security threats caused by the defects of NPAPI plug-ins, and dramatically improves the security of the system. With the help of technologies such as WebRTC and WebSocket, real-time communication of the browser is realized, the waste of terminal equipment and server performance is reduced, and the security of data transmission is improved. Compared with the traditional system architecture, the average total connection time of this system is only 10.912%, which significantly reduces the response time of the system. The proposed architecture promotes the power dispatching system from the traditional four to the current six types of “tele-” functions and gives better play to the role of cloud dispatching system in power production, operation, and management.
基于虚拟私有云的电力电视远程对话系统
提出了一种基于虚拟私有云的电力电视远程对话系统架构。该架构采用HTML5技术替代NPAPI插件技术,消除了NPAPI插件的缺陷带来的网络安全威胁,极大地提高了系统的安全性。借助webbrtc、WebSocket等技术,实现了浏览器的实时通信,减少了终端设备和服务器性能的浪费,提高了数据传输的安全性。与传统系统架构相比,该系统的平均总连接时间仅为10.912%,显著降低了系统的响应时间。提出的架构将电力调度系统从传统的四种“远程”功能提升到目前的六种“远程”功能,更好地发挥云调度系统在电力生产、经营和管理中的作用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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