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面向6G的触觉互联网关键技术与挑战

作者:尤子硕, 李强, 唐冰, 葛晓虎 阅读量:1422

面向6G的触觉互联网关键技术与挑战

尤子硕, 李强, 唐冰, 葛晓虎
(华中科技大学,湖北 武汉 430074)

摘要:顺应6G网络发展趋势,围绕触觉互联网(TI)超低时延、超高可靠的关键性能需求,从网络架构、信息传输、资源管理3个层面系统性地提出了TI关键使能技术框架。在网络架构方面,提出基于软件定义网络(SDN)/网络功能虚拟化(NFV)和人工智能(AI)赋能的新型网络架构;在信息传输方面,提出采用多模态通信增强沉浸体验,并利用语义通信促进智能体间的达意通信;在资源管理方面,提出通过通信-计算-存储多维资源融合调度来提高网络服务承载能力。最后,探讨了TI在发展和应用中存在的问题、挑战以及可能的解决思路。  
关键词:触觉互联网;网络架构;多模态通信;语义通信;通信-计算-存储融合调度  


Key Technologies and Challenges of 6G-oriented Tactile Internet

YOU Zishuo, LI Qiang, TANG Bing, GE Xiaohu
(Huazhong University of Science and Technology, Wuhan 430074, China)

Abstract: Following the development trend of 6G networks and focusing on the key performance requirements of the tactile Internet (TI) for ultra-low latency and ultra-high reliability, TI’s key enabling technology framework is systematically proposed from three levels including network architecture, information transmission, and resource management. In terms of network architecture, a new network architecture based on software defined-network (SDN)/network function virtualization (NFV) and artificial intelligence (AI) is proposed. In terms of information transmission, it is proposed to use multimodal communication to enhance the immersive experience, and to use semantic communication to promote idea-passing communication between agents. In terms of resource management, it is proposed to improve the carrying capacity of network services through the integration of communication-computing-caching multi-dimensional resource scheduling. Finally, the problems, challenges, and possible solutions in TI's development and application are discussed.  
Keywords: tactile Internet; network architecture; multimodal communication; semantic communication; communication-computing-caching fusion scheduling

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