5G and B5G Technologies to Implement Private Operators Supporting High Quality Video Production in Dense User Environments

S. Filin, H. Murakami, Kazuo Ibuka, Hikaru Kawasaki, K. Ishizu, F. Kojima
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引用次数: 2

Abstract

5G public networks based on 3GPP Release 15 and 16 will provide great opportunities to implement eMBB, mIoT, and URLLC use cases. Based on market acceptance and needs B5G public networks will provide further updates to radio interface, system architecture, and protocols in 3GPP Release 17 and beyond. In addition to the mainstream PLMN deployments, it is expected that there will be a need for local deployments based on 5G and B5G to support the needs of specific groups of users that are localized in a specific small area and/or operate during a limited period of time. Such local deployments are called “private operators,” “non-public networks,” “micro operators” or “local 5G.” The need for such local deployments is recognized at least on the level of 3GPP standardization and national radio regulatory authorities. This paper describes different technologies in 5G and B5G to support private operator deployments with some focus on high quality video production in dense user environments.
5G和B5G技术实现私有运营商在密集用户环境下支持高质量视频制作
基于3GPP版本15和16的5G公共网络将为实现eMBB、mIoT和URLLC用例提供巨大的机会。基于市场接受度和需求,B5G公共网络将在3GPP版本17及以后提供无线电接口、系统架构和协议的进一步更新。除了主流的PLMN部署之外,预计还需要基于5G和B5G的本地部署,以支持特定小区域和/或在有限时间内运行的特定用户群体的需求。这种本地部署被称为“私人运营商”、“非公共网络”、“微型运营商”或“本地5G”。至少在3GPP标准化和国家无线电监管机构的层面上,这种本地部署的需求得到了认可。本文介绍了5G和B5G中的不同技术,以支持私人运营商的部署,重点关注密集用户环境中的高质量视频制作。
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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