(Including but not limited to the following topics)
Track 1: Computer Graphics
Fundamentals and algorithms of graphics
Realistic graphics
Geometric modeling and processing
Computer animation and games
Graphics techniques based on images and videos
Computer-aided geometric design
Virtual reality technology and applications
Mixed reality technology and applications
Scientific computing visualization
Image and video processing and digital media technology
Engineering graphics and applications
Graphical user interface
Track 2: 3D Vision
Multi-view stereo vision, structured light/laser scanning and active 3D reconstruction
Single/ dual-eye depth estimation and normal estimation based on deep learning
Dynamic 3D reconstruction, non-rigid registration and 4D modeling
Visual SLAM, RGB-D SLAM and real-time localization and mapping
Point cloud processing, semantic/instance segmentation, 3D object detection and tracking
Neural rendering (NeRF, 3D Gaussian Splattering) and its acceleration
3D scene understanding, object pose estimation and grasp point detection
Multimodal fusion (RGB-D, LiDAR, IMU) 3D perception
Track 3: Augmented Reality
Real-time environment perception
Object recognition and tracking
Human-computer interaction
Virtual fusion and rendering technology
Augmented reality interface design
Position sensing technology
Immersive experience design
Multimodal interaction
Education and training applications
Performance measurement, modeling and monitoring of virtual/cloud workloads
Adapting to emerging high-performance computing technologies
Virtual environment programming model
Dynamic computing capacity integration
Virtual infrastructure troubleshooting
Energy optimization and energy saving of green data centers
Virtual job-based/on-demand clusters and cloud bursts ......