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当今社会是一个信息化的社会,搜集信息的能力变得尤为重要。为了加强各地,各区域的信息交流,通信工程产业正在飞速发展。通信工程开始建设和发展的时间还不长,还有很多需要提高的地方。要进一步发展通信工程,就要先提高其核心技术:传输技术。传输技术的提高,可以使通信工程更加高效简便的运行。传输技术的提高也是为了保护信息传递的安全性,防止信息被恶意泄露。因此,要发展通信工程,必须先提高传输技术。笔者在下文中分析了两种分析通信工程中主要用到的传输技术,对其优缺点进行了分析和总结。进结合笔者自身的专业知识和经验,提出了传输技术以后的发展方向,和如何同通信工程更好的结合的设想。笔者希望相关人员可以在这篇文章中找到灵感,不断提升传输技术,让通信工程更好的发展壮大。
Today’s society is an information society, the ability to collect information has become even more important. In order to strengthen the information exchange among all regions and regions, the communications engineering industry is developing rapidly. Communication engineering started construction and development of the time is not long, there are many areas need to be improved. To further develop communications engineering, we must first improve its core technology: transmission technology. Improvements in transmission technology can make communication projects more efficient and easier to run. Transmission technology is also to improve the security of information transmission, to prevent malicious information leaked. Therefore, to develop communications engineering, transmission technology must be improved first. In the following, the author analyzes two kinds of transmission technologies mainly used in the analysis of communication engineering, and analyzes and summarizes the advantages and disadvantages. Based on the author’s own professional knowledge and experience, this paper proposes the development direction after the transmission technology and the idea of how to better integrate with the communication engineering. I hope the relevant staff can find inspiration in this article, and constantly improve transmission technology, so that communications engineering better development and growth.