China Association for Science and Technology Annual Conference held embodied intelligent robots

The China Association for Science and Technology released information to the media on July 9 saying that the three highly anticipated special forums of the 27th China Association for Science and Technology Annual Conference, namely "Embodied Intelligent Robots", "Frontier Discussions on Pattern Recognition and Artificial Intelligence", and "Complex System Control and Decision-making in the Intelligent Era", were all hosted by the Chinese Automation Society and were successfully held in Beijing recently.

The "Embodied Intelligent Robot" special forum focused on cutting-edge topics such as the autonomy and intelligent evolution of embodied intelligent robots. Experts and scholars from interdisciplinary and cross-field fields such as artificial intelligence, robotics, control theory, and machine vision gathered at the forum to discuss the transformative applications and development paths of this technology in the fields of intelligent manufacturing, smart medical care, autonomous driving, and home services.

Academician Yu Haibin, supervisor of the Chinese Automation Society and researcher at the Shenyang Institute of Automation, Chinese Academy of Sciences, served as the chairman of the forum. He deeply analyzed the challenges and breakthrough directions faced by embodied intelligent robots in achieving autonomous and effective actions in complex dynamic environments, emphasized their core role in promoting industrial transformation, and focused on introducing the latest developments and development vision of the journal "Robots".

At the forum, experts and scholars from Beijing Spacecraft Design Department, Anhui University, Tongji University, Beihang University, Nankai University, Beihang University, Xi'an Jiaotong University, Shanghai Jiaotong University, Sun Yat-sen University, Tsinghua University and other institutions gave reports on the topics of "Sequence image autonomous navigation technology based on quantitative representation of observation capabilities", "Trial and error driven embodied intelligence learning and evolution", "Automotive driving automation", "Multimodal intelligent climbing robot based on fusion bionics", "Modeling and control of dual underactuated flying lifting system", "Evolutionary control of drone group decision-making inspired by hawk-pigeon swarm intelligence", "Challenges and boundaries of embodied intelligence: physical world model construction and causal reasoning", "Robot visual navigation and operation", "Embodied perception-planning-execution world model driven by causal value", "Robot operation based on three-dimensional world model", and "Embodied cerebellum: general control of flexible continuum robots".