摘要
在科学技术的发展日新月异的当今社会现代化生活带给人们的便利越来越多,人们的娱乐生活方式也有了更多的新玩法。这种现象也对信息技术和文化传媒行业的发展和进步带来了很多的发展空间和新的发展方向。而随着手机互联网的普及和广泛应用,手机已经成为了新时代年轻社会群体的主流娱乐方式,对广播电视行业的影响和冲击却是不容忽视的。在这种环境下传统的广播电视行业想要应对层出不穷的现代化多媒体应用软件就要在工作思路上进行思考和探究,打破固有的传统观念适应新的时代发展方向寻找能够提升和保证广播电视收视质量的的方法。而广播电视节目能否稳定,画质是否清晰流畅这都是影响到收视率的因素。而要想这些因素能够稳定这就对广播电视信号的传输与发射有严格的要求。本文初步探索了影响广播电视信号传输与发射的因素并对其排除策略进行了研究,希望能够对提高广播电视信号的稳定性有所参考和帮助。
With the rapid development of science and technology,modern life in today’s society brings more and more convenience to people,and people’s entertainment life style also has more new ways of playing.This phenomenon also brings a lot of development space and new development direction to the development and progress of information technology and cultural media industry.With the popularity and wide application of mobile Internet,mobile phone has become the mainstream entertainment way of young social groups in the new era,but the impact on the radio and television industry can not be ignored.In this environment,if the traditional radio and television industry wants to deal with the emerging modern multimedia application software,it is necessary to think and explore the working ideas,break the inherent traditional concepts and adapt to the new development direction of the times to find ways to improve and ensure the quality of radio and television viewing.Whether the radio and television programs are stable,and whether the picture quality is clear and smooth are all factors that affect the ratings.In order to stabilize these factors,there are strict requirements for the transmission and transmission of radio and television signals.In this paper,the factors that affect the transmission and transmission of radio and television signals are preliminarily explored,and the elimination strategies are studied,hoping to be helpful to improve the stability of radio and television signals.
作者
武建平
Wu Jianping(Shanxi Radio and Television Radio Management Center,Xiaoyi Shanxi,030001)
出处
《电子测试》
2020年第12期117-118,132,共3页
Electronic Test
关键词
广播电视信号
传输与发射
排除策略
Radio and television signal
transmission and transmission
exclusion strategy
