(The following topics include but are not limited to)
Track 1: Computer Vision
Super-resolution imaging
Images and videos
Image cropping, tracking and monitoring
Physics-based vision
Image restoration and enhancement
Image processing and graph theory in vision
Visual-based graphics
Human-computer interaction interface
3D reconstruction and point clouds
Autonomous driving vision
Medical image processing
Real-time visual system
Track 2: Intelligent Interaction
Human-computer interaction interface, multimodal interaction (eye movement, gesture, voice, tactile, brain-computer)
Emotion computing, emotion recognition and interactive response driven by physiological signals
Intelligent cockpit, virtual assistants and immersive interactive experience
Augmented Reality (AR), Virtual Reality (VR), Mixed Reality (MR) interaction technologies
Interactive machine learning, user intent understanding and adaptive interface
Wearable interaction devices, tactile feedback and force-tactile rendering
Social robots, virtual digital human interaction and empathetic expression
Accessibility interaction, assistive technology and human-machine integration
Track 3: Simulation Computing
Real-time rendering, ray tracing and global illumination algorithms
Physics simulation (rigid bodies, fluids, fabrics, elastic bodies, particle systems)
Multi-physics field coupling simulation, large-scale scene acceleration structure
Digital twin simulation, real-time dynamic mapping and deduction
Vehicle dynamics, autonomous driving simulation test platform (CARLA, AirSim, SUMO)
Sensor simulation in virtual environments (cameras, lidar, millimeter-wave radar)
Physics-based animation, motion capture and character control
Parallel acceleration of simulation computing (GPU, distributed computing), cloud rendering ……