AIXR Lab
A cross-disciplinary research and practice platform dedicated to spatial intelligence, embodied interaction systems, and the standardization of intelligent terminals.
Visit AIXR LabPlatform Overview
AIXR Lab operates as a long-term research initiative bridging academic inquiry and industrial application. Rather than focusing on singular product development, the platform investigates system-level architectures for the next generation of human-computer interaction.
The lab explores the full pathway from theoretical research to system design and standard-oriented application, focusing on how artificial intelligence and extended reality technologies converge within public, cultural, and urban infrastructures.
Research–Industry–Translation Model
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Doctoral Research
Conceptual frameworks
Methodologies
Theoretical models
AIXR Lab
System Platform
System architecture
Experimental platforms
Industry & Public
Industry partners
Cultural institutions
Public-sector contexts
Standards & Policy Engagement
AIXR Lab's platform-level research operates within standard-oriented and policy-readable contexts related to AI and intelligent terminals.
- Standard-oriented research and discussion on AI intelligent terminals
- Contributions to artificial intelligence standardisation–related research activities
- Participation in industry and policy-facing exploratory discussions around interaction systems and application contexts
Aligning system research with real-world deployment needs.
Strategic Partners & Standards Bodies
Research Focus
Spatial Intelligence
Developing frameworks for AI systems that perceive, understand, and interact with physical environments through multimodal sensing.
Urban & Public Systems
Applying embodied interaction models to cultural heritage preservation, public infrastructure, and smart city ecosystems.
Human-AI-Space Interaction
Structuring the theoretical and practical methodologies for how humans co-exist and collaborate with intelligent spatial agents.
Intelligent Terminals
Researching the hardware-software integration of wearable terminals that serve as the interface for embodied AI.
Immersive Heritage Systems
System architecture for heritage preservation. Deploying volumetric holograms and site-specific mapping to overlay archival data layers onto physical infrastructure, creating a new form of public memory.
- Volumetric Holograms
- Site-Specific Mapping
- Archival Data Layers
City as Neural Network
Urban operating systems. Visualizing environmental metrics—carbon indices, traffic flows, and energy usage—as a real-time spatial data layer for smart city management and ESG compliance.
- Real-time Data Visualization
- Urban Metabolism Tracking
- Participatory Planning Tools
Industry-Academia Collaboration
AIXR Lab functions as a translation engine between academic rigor and industrial scalability. By maintaining sustainable research capacity, the lab ensures that theoretical advancements in spatial computing are systematically validated and adapted for real-world deployment.
Our methodology emphasizes system-level thinking, ensuring that research outcomes contribute to broader technological ecosystems rather than isolated prototypes.
Resources & Technical Documents
Access our latest research outputs, technical whitepapers, and draft standards.