(The following topics include but are not limited to)
Track 1: Medical Robots
Precision control and force feedback technology for surgical robots
Design of minimally invasive interventional robot systems
Image-guided robot positioning and navigation
Innovations in flexible surgical robot structures and drives
Robot-assisted remote medical care and teleoperation
Targeted drug delivery and cell manipulation by micro robots
Integrated surgical-rehabilitation robot systems
Integration of medical imaging and robot perception
Biological 3D printing and tissue engineering robots
Applications of nanorobots in medicine
Clinical trial design for medical robots
Neurosurgery and orthopedic surgery robots
Multimodal perception and intelligent decision-making of robots
Safety certification and standardization of surgical robots
Development of low-cost surgical robots
Human-machine collaborative surgical training systems
New-generation surgical robot prototypes
Track 2: Smart Healthcare
Integration and governance platform for medical big data
Artificial intelligence-assisted diagnosis and clinical decision-making
Smart health monitoring and wearable devices
Hospital logistics and warehouse management robots
Smart wards and patient service automation
Medical Internet of Things architecture and information security
Application of digital twins in medical management
Intelligent scheduling and optimization of medical resources
Construction mode and evaluation of smart hospitals
Blockchain electronic medical records and data sharing
Cross-border smart healthcare collaboration systems
Smart healthcare ethics and regulatory technology
Track 3: Rehabilitation Engineering
Smart prosthetics and exoskeleton robots
Neurorehabilitation robot training systems
Applications of brain-computer interfaces in rehabilitation
Virtual reality rehabilitation training technology
Assistance robots for the elderly and disabled
Intelligent quantitative methods for rehabilitation assessment
Community and home rehabilitation robots
Flexible rehabilitation sensors and feedback systems
Personalized adaptation of rehabilitation robots
Human factors ergonomics in rehabilitation engineering
Big data analysis of rehabilitation effects ......