Call for Papers

The International Conference on Medical Computer Vision and Robotics (MCVR 2023) invites original research contributions in the fields of medical computer vision and robotics. Topics of interest include but are not limited to:

CFP Flyer English Version Chinese Version

Track 1: Medical Image Analysis

▪ Segmentation and feature extraction in medical images
▪ Image registration and fusion for multimodal imaging
▪ Shape modeling and analysis of anatomical structures
▪ 3D and 4D image reconstruction in medical imaging
▪ Deep learning for medical image analysis
▪ Image-guided therapy and intervention

Track 3: Machine Learning and Artificial Intelligence

▪ Deep learning for medical image analysis
▪ Transfer learning for medical applications
▪ Explainable AI in medical decision support systems
▪ Reinforcement learning for robotics and control
▪ Machine learning for drug discovery and personalized medicine
▪ Data privacy and security in medical AI

Track 5: Virtual and Augmented Reality in Medicine

▪ Virtual and augmented reality for medical training and simulation
▪ Augmented reality for image-guided interventions
▪ Virtual patient models for surgical planning
▪ Virtual reality for rehabilitation and therapy
▪ User interface design for medical VR/AR applications
▪ Perception and cognitive processing in medical VR/AR

Track 2: Biomedical Signal and Image Processing

▪ Signal processing and analysis of physiological data
▪ Hyperspectral imaging for medical diagnosis
▪ Biomedical data visualization and interpretation
▪ Biomedical data compression and storage
▪ Machine learning for physiological signal processing
▪ Noninvasive physiological monitoring and diagnosis

Track 4: Computer-Assisted Surgery

▪ Surgical planning and simulation for computer-assisted surgery
▪ Intraoperative imaging and navigation for minimally invasive procedures
▪ Robot-assisted surgery and telesurgery
▪ Haptics and tactile feedback in surgical robotics
▪ Machine learning for computer-assisted surgery
▪ Image-guided radiation therapy

Track 6: Medical Robotics and Automation

▪ Design and control of surgical robots
▪ Human-robot interaction and collaboration in medical applications
▪ Wearable robotics and exoskeletons for gait assistance
▪ Sensor-based automation in healthcare settings
▪ Emerging trends in medical robotics and automation