协同通感一体化(cooperative integrated sensing and communication,CoISAC)技术作为6G通感一体化的重要发展方向,能够利用网络中多类型设备的附加通感信息,克服现有通感一体化系统感知精度低、非视距路径失能和感知范围小的问题.对CoISAC技术的现状进行总结和分析,提出了一种新的感知性能评估指标和两种协同技术方案,分析了CoISAC技术所面临的挑战,并对未来技术发展趋势进行了展望.
Abstract
As a promising technique for 6G integrated sensing and communication,cooperative integrated sensing and communication (CoISAC) technology harnesses additional sensing information from various network nodes to over-come challenges of ISAC systems such as low sensing accuracy,non-line-of-sight path scenario,and limited sensing range. The current status of CoISAC technology was summarized and analyzed. A novel performance metric and two cooperative approaches were proposed. The challenges faced by CoISAC technology were analyzed,and the future development trend of CoISAC technology was forecasted.
关键词
通感一体化/协同技术/克拉美罗下界
Key words
integrated sensing and communication/cooperative technique/Cramer-Rao lower bound
维普
万方数据