Panel Discussion 1

Title: Automation vs Artificial Intelligence

China Chair: Professor Ben M. Chen, Chinese University of Hong Kong, China

Panelists:

• Professor Xinping Guan, Shanghai Jiao Tong University, China

• Professor Bin He, Tongji University, China

• Professor Shihua Li, Southeast University, China

• Professor Wendong Xiao, University of Science and Technology Beijing

Abstract:  The 44th Chinese Control Conference (CCC 2025) proudly presents this plenary panel session to chat on general issues related to automation and artificial intelligence (AI). We are honored that four prominent experts and educators in the field will join this panel to share their experience, expertise and visions, and to discuss challenges and opportunities in automation and AI. Through direct dialog with these renowned panelists, we aim to gain a deeper insight into some fundamental and emerging problems in research and applications. This panel will also serve as a platform for exchanging ideas and debating general issues in the field. It offers an opportunity too for the audience, students and junior researchers in particular to hear the opinions and advices of our renowned experts on issues we often face.  

Panel Discussion 2

Title: Modeling and Control of Soft Robots:Opportunities and Challenges

China Chair: Professor Min Wu, China University of Geosciences, China

Panelists:

• Professor Guoying Gu, Shanghai Jiao Tong University, China

• Professor Li Wen, Beihang University, China

• Professor Tiantian Xu, Shenzhen Institute of Advanced Technology, Chinese Academy of Sciences

• Professor Huichan Zhao, Tsinghua University, China

Abstract:  This plenary panel session explores the opportunities and challenges in the modeling and control of soft robots, featuring presentations from four distinguished experts who will share their latest research findings. The topics include the modeling and control techniques for soft robot actuators and systems, bio-inspired design applications of soft robotic arms replicating octopus movements, high-precision trajectory control and multi-robot coordination of magnetic-driven micro-robots in medical applications, and the integration of dielectric elastomer actuators in soft robots to enhance motion control efficiency through high-power-density artificial muscle technology. The plenary panel session offers a valuable platform for researchers and engineers to engage in meaningful discussions, exchange innovative ideas, and examine the latest developments and future directions in soft robotics technology.