各学院及相关单位：
北航深圳研究院主办的“空天技术论坛“旨在紧密围绕深圳市”20+8“产业集群政策，依托北京航空航天大学“空、天、信”学科优势，邀请国际、国内空天技术领域的专家学者进行学术研讨交流，构建空天技术领域交流平台，助力国内外专家、学者、企业家等各界人士的思考和探索，促进深圳市空天技术未来产业的发展。
本次报告邀请了英国萨塞克斯大学的Aryan Kaushik博士作主题为“Recent Advances in 6G ISAC: Index Modulation And Spectrally Efficient Design“报告。
题目：Recent Advances in 6G ISAC: Index Modulation And Spectrally Efficient Design
授课人：Aryan Kaushik博士
日期：2022年12月20日
时间：19: 00-20: 00
形式：线上报告
腾讯会议ID：956-909-119
报告摘要（Abstract）:
It has been forecast that there will be 13.1 billion global mobile devices, two-thirds of global population with internet access in near future, and 4.4. billion subscriptions with fifth generation (5G) services by 2027. To combat such high demands, the integrated sensing and communication (ISAC) technology is envisioned for sixth generation (6G) which can benefit from sharing of the spectral and hardware resources in order to communicate with downlink users and simultaneously sense, e.g., detect radar targets. This talk will present some recent trends in ISAC and efficient information embedding based approach for ISAC transmission with frequency and spatial agility. Besides, a spectral efficiency maximization approach will be presented for 6G inclined ISAC system with hybrid beamforming and multi-antenna setup while considering the interference between communication and radar operations, and hardware impairments in the system.
报告人简介（Biography）:
Dr. Aryan Kaushik is currently an Assistant Professor at the University of Sussex, UK, associated with the School of Engineering and Informatics, and Sussex Artificial Intelligence Institute. He has held visiting professor/researcher appointments at the Imperial College London, UK, Shenzhen Institute of Beihang University, China, University of Luxembourg, Luxembourg, Athena Research and Innovation Center, Greece, and Beihang University, Beijing, China. His research interests include signal processing for 6G wireless communications, integrated sensing and communications, reconfigurable holographic and intelligent surfaces, energy efficient communication, millimeter wave massive MIMO and satellite communication networks.
