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5G无线通信技术与广电融合的应用研究 被引量:1

Research on the Application of 5G Wireless Communication Technology and Radio and Television Integration
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摘要 2019年是5G移动通信技术商业化的开始。这主要表现在加强移动宽带、大规模机器通信以及具有高可靠性和低延迟的通信等方面。然而,传统广播电视行业在这个以高速移动通信为主导的时代面临着重大的挑战,因为网络和业务的更新换代已经遇到了瓶颈。为了跟上时代的步伐,必须整合网络架构,拓展业务范围,并促进5G移动通信技术与传统广播电视网络的融合。文章提出了针对5G网络与广电网络融合的关键技术——同时同频双工技术。该技术可以提高5G通信的数据传输,减少干扰。以5G通信技术优势,提出对广电5G网络规划方案进行相应的改进。通过科学分析,对5G无线通信技术与广电的融合进行有益探索,对未来的通信发展有一定的理论指导性。 2019 marked the beginning of commercialization for 5G mobile communication technology,which provides a new way of life and social structure to achieve the era of ubiquitous information and interconnectivity.This is mainly reflected in the enhancement of mobile broadband,massive machine communication,and ultra-high reliability low-latency communication.However,in this era dominated by high-speed mobile communication,the traditional broadcasting and television industry faces significant challenges as the renewal and upgrade of networks and services have encountered bottlenecks.To keep up with the times,it is necessary to integrate network architecture,expand the scope of business,and promote the integration of 5G mobile communication technology and traditional broadcasting and television networks.This article proposes key technologies for the integration of 5G networks and broadcasting and television networks,as well as the same frequency duplex technology.This technology can improve the data transmission of 5G communication and reduce interference.Then,the advantages of 5G communication technology are used to propose corresponding improvements to the planning of the broadcasting and television 5G network.Through scientific analysis,this article explores the integration of 5G wireless communication technology and broadcasting and television,providing useful guidance for the future development of communication.
作者 宋杰 SONG Jie(China Comservice Wangying Technology Co.,Ltd.,Nanjing 210000,China)
出处 《通信电源技术》 2023年第14期184-186,共3页 Telecom Power Technology
关键词 5G 广播电视 同频双工 5G radio and television same frequency duplex
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