(Include but not limited to)
Track 1: Human-Computer Interaction Theory and Multimodal Interaction
Fundamental theories of human-computer interaction, cognitive modeling and usability evaluation
Natural interaction technologies (voice, gesture, eye movement, tactile, brain-computer interface, etc.)
Multimodal interaction and perception fusion (visual-auditory-tactile-physiological signals)
Emotion computing and emotion-aware interaction systems
Context awareness and adaptive intelligent interaction interfaces
Human-computer collaboration, shared control and hybrid intelligent decision-making
Accessible interaction, assistive technologies and inclusive design
Social interaction, collaborative systems and crowd-sourced collaboration
Wearable computing and mobile/ubiquitous interaction interfaces
Privacy, security and trust mechanisms in interaction
Human-AI collaboration in intent recognition and cognitive enhancement
Embodied interaction and physical-digital fusion experiences
Track 2: Virtual Reality and Augmented Reality
Virtual Reality (VR), Augmented Reality (AR) and Mixed Reality (MR) systems
Immersive interaction technologies and enhanced presence
3D modeling, rendering and real-time visualization
Digital twin and virtual-real fusion technologies
Tactile feedback, force feedback and multi-sensory interaction
Real-time tracking and SLAM technologies in VR/AR
Virtual characters and social VR/AR
Mobile AR and WebAR technologies
Applications of VR/AR in healthcare, education, industry, entertainment, etc.
Behavior analysis and user research in virtual environments
Track 3: Intelligent Computing and Interaction System Integration
Intelligent interaction and dialogue systems enabled by large language models (LLMs)
Generative AI-driven immersive content creation and interaction experiences
Application of deep learning in user behavior modeling and intent prediction
Graph neural networks and knowledge graph-driven personalized recommendation and interaction optimization
Federated learning and privacy-protected distributed interactive data collaboration
Explainable artificial intelligence (XAI) and trustworthy interaction systems
Agent (Agentic AI) and autonomous interaction system design
Lightweight AI models for interaction scenarios and edge deployment
Perception understanding in computer vision and multimodal interaction
Interaction system simulation and user experience optimization driven by digital twin
Frontiers of brain-computer interface and neural interaction technologies
Ethics, security and governance of intelligent interaction systems
......