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5G关键技术与应用场景融合探究

Exploring the Fusion of Key Technologies and Application Scenarios for 5G
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摘要 在分析国内外5G发展现状的基础上,研究5G新技术如高速率、低延迟、高可靠性、更大连接密度等技术特点,揭示5G在未来发展潜力。探究5G关键技术与智慧城市、智能交通等应用场景的融合,梳理5G技术标准发展梯次与应用场景需求不匹配、行业应用进入瓶颈期、企业专网建设发展缓慢等5G应用场景融合发展过程中所面临的挑战。为确保我国在5G应用方面全球领先地位,提出以需求驱动推动5G技术标准的制定,从产业应用体系、产业技术体系及生态体系三个方面加速产业发展,通过出台支持产业政策、实施安全保障、扩大应用拓展建立多层级管理体系,加速企业专网建设。 Based on the analysis of the current status of 5G development at home and abroad,the technical features of new 5G technologies such as high speed,low latency,high reliability and greater connection density are studied to reveal the potential of 5G in future development.The study explores the integration of key 5G technologies with application scenarios such as smart cities and intelligent transportation and sorts out the challenges faced during the integration and development of 5G application scenarios such as the mismatch between the development ladder of 5G technology standards and the needs of application scenarios,the bottleneck period of industry applications,and the slow development of enterprise private network construction.To ensure China’s global leadership in 5G applications,countermeasures and suggestions are put forward to promote the development of 5G technology standards with demanddriven and accelerate industrial development in three aspects:industrial application system,industrial technology system and ecological system.Meanwhile,it also accelerates the construction of enterprise private networks by introducing supportive industrial policies,implementing safety assurance,expanding application expansion,and establishing multi-level management systems.
作者 杨戈 江志晃 黄宇媚 YANG Ge;JIANG Zhihuang;HUANG Yumei(School of Data Science and Computer,Guangdong Peizheng College,Guangzhou 510830,China;Guangdong Huacheng Vocational School of Commerce and Technology,Guangzhou 510830,China)
出处 《广东石油化工学院学报》 2024年第1期65-69,共5页 Journal of Guangdong University of Petrochemical Technology
基金 广东省普通高校特色创新类项目(2021WTSCX100)。
关键词 5G技术 关键技术 应用场景 融合发展 5G technology key technologies application scenarios integration development
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