Addressed Web3D Research Fields:

• Cultural Heritage,
• Telemedicine (eHealth),
• Transportation,
• Industry,
• Manufacturing,
• Education (eLearning),
• Tourism,
• Gaming,
• Creativity and Digital Art,
• Public Sector (eGovernment)

Topics include:

• Scalable and interoperable representations and modeling methods for complex geometry, structure, and behaviors.
• 3D similarity search and matching, 3D search interfaces sketch-based approaches.
• Visualization and exploration of 3D object repositories.
• Scientific and medical visualization, medical simulation and training.
• 3D content creation, analysis tools and pipelines, and 3D classification.
• Generative and example-based shape modeling and optimization.
• 3D digitization.
• Streaming and rendering of large-scale models, animations, and virtual worlds.
• 3D compression and model optimization.
• Collaborative operation and distributed virtual environments.
• Web-wide human-computer interaction and 3D User Interfaces.
• 3D City Models & Web3D, Geo-visualization.
• Mixed and Augmented Reality, including standardization aspects.
• Web3D and associated APIs, toolkits, and frameworks.
• Novel Web3D interaction paradigms for mobile/handheld applications.
• Agents, animated humanoids, and complex reactive characters.
• Interactive Web 3D applications in all applications and sectors.
• Script algorithms and programming for lightweight Web3D.
• Networking transmission over mobile Internet.
• 3D engine and cloud gaming.
• Data analysis and intelligent algorithms for big Web3D data.