Zhou Su
Xi'an Jiaotong University, China
Prof. Zhou Su is a professor with Xi'an Jiaotong University and his research interests include multimedia communication, wireless communication, network security and network traffic. Dr. Su has published technical papers, including top journals and top conferences including IEEE JSAC, IEEE/ACM ToN, IEEE TWC,IEEE INFOCOM,etc. He received the Best Paper Award of International Conference IEEE AIoT2024, IEEE WCNC2023, IEEE VTC-Fall2023, IEEE ICC2020, etc. He served as an Associate Editor for IEEE Internet of Things Journal, IEEE Open Journal of Computer Society, etc. He is the chair of IEEE VTS Xi'an Chapter Section.
Future sixth-generation (6G) networks are expected to enable integrated communication, computing, and intelligence services in dynamic and heterogeneous environments. However, realizing these capabilities remains challenging due to heterogeneous resources, dynamic service demands, and complex communication environments. Aerial reconfigurable intelligent surfaces (ARISs), which combine unmanned aerial vehicle (UAV) mobility with RIS-enabled wireless environment reconfiguration, are emerging as a promising technology for integrated communications and computing in 6G networks. In this talk, firstly, considering heterogeneous AI task requirements and the self-interested behavior of distributed devices, we investigate collaborative AI computing that integrates communication optimization with task assignment and incentive design. Secondly, we investigate ARIS-assisted mobile edge computing for dynamic and heterogeneous computing demands, jointly optimizing communication, task offloading, and computing resources to enable adaptive computing services. Thirdly, we investigate ARIS-assisted secure communications that address heterogeneous security requirements by jointly supporting covert transmission and anti-eavesdropping communication. Finally, we discuss future research directions for ARIS-enabled integrated communications and computing in 6G networks.