One Day Meeting: BMVA Symposium on 3D Vision
Wednesday 26 February 2025
Chairs: Will Rowan (University of York), Nick Pears (University of York)
Queries? contact the Meeting's Organiser Andrew Gilbert here
Invited Speakers
- Oisin Mac Aodha, Reader in Computer Vision, University of Edinburgh
- Neill Campbell, Director of CAMERA, University of Bath
- Lourdes Agapito, Professor of 3D Vision, UCL and Co-founder of Synthesia.
Overview of the Meeting
We are bringing together a diverse range of researchers and engineers in 3D Vision, across all career stages. This event is a great opportunity to learn and network – even if you are new to the field! If you still need convincing, lunch is included.
Presentations will be either published work, or ongoing research, in areas similar to below
- 3D from X
- 3D shape modelling and processing
- Applications of 3D Vision in film, television, and games
- Computational photography and photogrammetry
- RGB-D sensors and analytics
- Scene analysis and understanding
- Segmentation, grouping, and shape analysis
- 3D vision and graphics
- 3D acquisition
- 4D dynamic shapes
- Human-related 3D (face, gestures, pose, and body movement)
- Generative and morphable models
- 3D motion modelling
- Inverse rendering
Programme
Start | End | Title | ||
---|---|---|---|---|
09:30 | 09:45 | Registration/Poster Set-up + Coffee | ||
09:45 | 10:00 | Opening Remarks | ||
10:00 | 10:30 | Invited Keynote Speaker - Oisin Mac Aodha | ||
10:30 | 11:15 | Accepted Talks Pt. 1 - 3D scenes | ||
11:15 | 11:45 | Coffee Break + Posters | ||
11:45 | 12:15 | Invited Keynote Speaker - Neill Campbell | ||
12:15 | 13:15 | Lunch + Posters | ||
13:15 | 13:45 | Invited Keynote Speaker - Lourdes Agapito | ||
13:45 | 14:30 | Accepted Talks - 3D Humans | ||
14.30 | 15.15 | Panel: What Will 3D Vision Look Like in 2030? | ||
15.15 | 15.45 | Coffee Break + Posters | ||
15:45 | 16:30 | Accepted Talks - 3D Vision in Industry | ||
16:30 | 17:45 | Closing Remarks |
Accepted Talks
3D Scenes
Stan Szymanowicz, University of Oxford: Flash3D: Feed-Forward Generalisable 3D Scene Reconstruction from a Single Image
Yifan Xing, University of Bristol: Object-based SLAM Using Superquadrics
James Gardner, University of York: The Sky’s the Limit: Relightable Outdoor Scenes via a Sky-Pixel Constrained Illumination Prior and Outside-In Visibility
3D Humans
Eugene Valassakis, Synthesia (work carried out at Niantic): Camera-Space Hand Mesh Prediction with Differentiable Global Positioning
Jakub Zadrozny, University of Edinburgh: Generalized Animatable Human NeRFs from Few Views
Maksym Ivashechkin, University of Surrey: SignSplat: Rendering Sign Language via Gaussian Splatting
3D in Industry
Patrik Huber, Mimetrik: Computer Vision Meets Dentistry: The Digital Facebow
Georg Glatz, Contillo: Building Construction Progress Monitoring through Scan-vs-BIM
Michael Firman, Niantic: Depth Estimation in AR: From Research to Applications
Posters
Tianxiang Yang, University of Surrey: Decomposition of Compound Facial Expressions into FACS-Based Blendshapes
Umar Farooq, University of Surrey: Efficient 3D Gaussian Splatting with Coarse-to-Fine Optimization
Danny Roberts, University of York: Building a Multi-spectral Lightstage on a Budget
Narges Tabatabaey, University of Dundee: 3D Face Reconstruction Model for the 3Dface@Home Project
Zhening Huang, University of Cambridge: One Shot Simulation: 3D Simulation Ready Reconstruction from RGBD Scans
Jack Saunders, University of Bath: Dubbing for Everyone: Data-Efficient Visual Dubbing using Neural Rendering Priors
Yifu Tao, University of Oxford: LiDAR-Visual Reconstruction with Neural Radiance Field in Large-scale Outdoor Environments
Christina Kassab, University of Oxford: The Bare Necessities: Designing Simple, Effective Open-Vocabulary Scene Graphs
Edward Rosten, King’s College London: Inferring High Quality Parametric 3D models from Microscopy Data
Ayushi Dutta, University of Surrey: Model Free Reconstruction of Human-Object Interactions
Chenyuan Qu, University of Birmingham: 360+x : A Panoptic Multi-modal Scene Understanding Dataset
Meeting Location
The meeting will take place at:
British Computer Society (BCS), 25 Copthall Avenue, London EC2R 7BP
Registration
We keep the cost of attending these events as low as possible to ensure no barriers from the whole computer vision community attending. The registration costs are as follows
- All Attendees: £30 Including lunch and refreshments for the day