CityU-CCCN-PolyU Joint Seminars
The CCCN-CityU-PolyU Joint Seminar Series began in 2001, and has since become regular weekly meetings for visitors, faculty, researchers and students to discuss latest progresses in their research.
The usual venue is FYW-3316, Fong Yun Wah Building (access from Chinese Garden corridor, down the escalator on the left of the gate connecting Festival Walk) at CityU or CD-634, Core D of PolyU.
SEMESTER A, 2025/26, Friday, 4:30pm
| SEMINAR TOPICS / SPEAKERS | VENUE / ZOOM ID |
|---|---|
| September 1, 2025, Monday, 10:30am Advances in Wireless Power Transfer Technology Prof. Udaya Madawala, University of Auckland, New Zealand |
FYW-3316, CityU Zoom ID: 838 3173 9694 Password: 123456 |
| September 5, 2025, Friday, 4:30pm Multi-Timescale Coordinated Control for Shipboard DC Integrated Power Systems Dr Yuji Zeng, City University of Hong Kong |
FYW-3316, CityU Zoom ID: 859 8869 4437 Password: 123456 |
| September 12, 2025, Friday, 4:30pm Looking into WiFi Channel State Information (CSI): From Signal Processing Foundations to Practical Applications Dr Ruiqi Kong, The Chinese University of Hong Kong |
BC 303, PolyU Zoom ID: 383 735 6917 Password: 270831 |
| September 19, 2025, Friday, 4:30pm Design and Application of Capacitive Power Transfer Systems Dr Ying Cathy Liu, Harbin Institute of Technology, Harbin |
FYW-3316, CityU Zoom ID: 859 8869 4437 Password: 123456 |
| September 26, 2025, Friday, 4:30pm Towards Resilient Autonomous Cyber-Physical Systems Against Adversarial Examples Prof. Qun Song, City University of Hong Kong |
FYW-3316, CityU Zoom ID: 859 8869 4437 Password: 123456 |
| October 3, 2025, Friday National Day and Mid Autumn Break |
|
| October 10, 2025, Friday, 4:30pm Analysis and Suppression of Electrical Instability for Multi-Vehicle Interconnected Systems in Electrified Railways Dr. Xiangyu Meng, City University of Hong Kong |
FYW-3316, CityU Zoom ID: 859 8869 4437 Password: 123456 |
| October 17, 2025, Friday, 4:30pm Thermally Drawn Fiber Electronics Prof. Zhixun Wang, Hong Kong Polytechnic University |
P309, PolyU Zoom ID: 270 294 7238 Password: 123456 |
| October 24, 2025, Friday, 4:30pm Building Hurricane-Resilient Urban Grids by Climate-Informed System Hardening Optimization Mr Shuo Li, City University of Hong Kong |
FYW-3316, CityU Zoom ID: 859 8869 4437 Password: 123456 |
| October 28, 2025, Friday, 3:00pm Functional Observers: Theory and Applications Prof. Tyrone Fernando, University of Western Australia |
FYW-3316, CityU In-Person Mode Only |
| October 31, 2025, Friday, 4:30pm Resilient Control and Stealthy Attack for Neworked Switched Systems Dr Rui Zhao, Tianjin University, Tianjin |
FYW-3316, CityU Zoom ID: 859 8869 4437 Password: 123456 |
| November 7, 2025, Friday, 4:30pm Distributed Decision-Making and Control Integration Design for Heterogeneous Networked Systems Dr Chengxin Xian, The Hong Kong Polytechnic University |
FYW-3316, CityU Zoom ID: 859 8869 4437 Password: 123456 |
| November 14, 2025, Friday, 4:30pm Optimal Control of Hydrogen Fuel Cells Dr Yulin Liu, Hong Kong Polytechnic University |
FYW-3316, CityU Zoom ID: 859 8869 4437 Password: 123456 |
| November 21, 2025, Friday, 4:30pm Topic to be decided TBD |
|
| November 28, 2025, Friday, 4:30pm Modeling LLMs as Complex Systems: Recent Advances Dr Hao Liao, Shenzhen University |
FYW-3316, CityU Zoom ID: 859 8869 4437 Password: 123456 |
| December 5, 2025, Friday, 4:30pm Minimal Stability-Recovery in Perturbed Markov Chains Dr Lin Lin, The University of Hong Kong |
FYW-3316, CityU Zoom ID: 859 8869 4437 Password: 123456 |
| December 12, 2025, Friday, 4:30pm Topic to be decided TBD |
Past Seminars
- 41. September - December 2025
- 40. Seminars from September 2020 to May 2025
- January 2020 - May 2020 (Seminars suspended due to COVID-19)
- 38. September - December 2019
- 37. January - May 2019
- 36. September - December 2018
- 35. January - May 2018
- 34. September - December 2017
- 33. January - May 2017
- 32. September - December 2016
- 31. January - May 2016
- 30. September - December 2015
- 29. January - May 2015
- 28. September - December 2014
- 27. January - May 2014
- 26. September - December 2013
- 25. January - May 2013
- 24. September - December 2012
- 23. January - May 2012
- 22. September - December 2011
- 21. January - May 2011
- 20. September - December 2010
- 19. January - May 2010
- 18. September - December 2009
- 17. January - May 2009
- 16. September - December 2008
- 15. January - May 2008
- 14. September - December 2007
- 13. January - May 2007
- 12. September - December 2006
- 11. January - May 2006
- 10. September - December 2005
- 9. January - May 2005
- 8. September - December 2004
- 7. January - May 2004
- 6. September - December 2003
- 5. January - May 2003
- 4. September - December 2002
- 3. January - May 2002
- 2. September - December 2001
- 1. February - June 2001
NEXT SEMINAR
____________________________________November 14, 2025, Friday, 4:30pm
Room FYW-3316
Zoom ID 859 8869 4437
Password 123456
Optimal Control of Hydrogen Fuel Cells
Dr Yulin Liu, Hong Kong Polytechnic University
Abstract: This seminar focuses on the application of advanced machine learning techniques in the optimal control of hydrogen fuel cells. The proposed methods possess the merits of superior control performance, model independence, low computational burden, and guaranteed closed-loop stability, which make them attractive for industrial applications that require robustness under uncertainty and low computational cost.
Speaker's Bio: Yulin Liu received the B.E. degree in automation from the Southwest University, China, in 2018. He received his MPE degree in electrical and electronic engineering from The University of Western Australia (UWA), Australia, in 2020. He received his PhD degree in electrical and electronic engineering from UWA, Australia, in 2024. From 2024-2025, he was a postdoctoral research associate in the UWA, Australia. He joined the Hong Kong Polytechnic University (PolyU), China, as a postdoctoral fellow in 2025. His research focuses on the intelligent control of energy storage systems in renewable energy power grids, and his research interests have recently extended to intelligent manufacturing.