胡田钰，李玲香，陈智
（电子科技大学通信抗干扰技术国家级重点实验室，中国 成都 611731）
摘要：随着下一代移动通信系统（6G）的不断推进，太赫兹（THz）通信感知一体化技术将成为多频段协同通信技术的新机遇。THz 通信技术对多维度、多粒度感知能力的迫切需求将助力多频段协同技术的新发展。提出面向THz 通感一体化的多频段协同技术，认为可以通过感知协同和通信协同来提升THz 通信性能。通过两个典型实例论述了面向THz 通感一体化的多频段协同的关键技术和挑战。
关键词：多频段协同通信；太赫兹通信感知一体化；太赫兹通信；6G
New Opportunities for Multi-Band Collaborative Communication—Integrated Communications and Sensing at THz Band
HU Tianyu, LI Lingxiang, CHEN Zhi
(National Key Laboratory of Science and Technology on Communications of UESTC, Chengdu 611731, China)
Abstract: With the advancement of the next-generation mobile communication system (6G), the integrated communication and sensing at the terahertz (THz) band can be a new opportunity for the rmulti-band collaborative communication technology. It is considered that the urgent need for multi-dimensional, multi-granularity, and wide-area sensing information of THz communication and sensing integration technology can facilitate the new development of multi-band collaborative communication technology. Therefore, the multi-band collaboration technology for THz communication and sensing integration is proposed which can improve the performance of THz communication through sensing collaboration and communication collaboration. In addition, the key technologies and challenges of the multi-band collaboration for THz communication and sensing integration through two typical examples are also presented.
Keywords: 5G; WiFi6; collaborative networking
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