Introduction
To enable alignment that is robust to head rotation and depth variation, 3D imaging and alignment has been explored. 3D alignment, however, requires special sensors for imaging or multiple images and controlled illumination. When these assumptions cannot be met, which is common, 3D alignment from 2D video or images has been proposed as a potential solution.
Call for paper
Important date
Papers that are not blind, or do not use the template, or have more than 14 pages (excluding references) will be rejected without review. We will consider papers rejected at ECCV 2016, accompanied with a cover letter describing the differences between the ECCV and 3DFAW submissions.
Guidlines
To be considered in the official ranking, either
- Provide a description of your approach in a form of an extended abstract (2 pages). These will be available on the 3DFAW website.
- To be considered for publication in the proceedings, submit a workshop paper. All participants are invited to submit a maximum 14-pages paper (excluding references) in the standard ECCV format. Accepted papers will be included in the proceedings of the ECCV 2016 - 3D Face Alignment in the Wild (3DFAW) Challenge workshop.
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Important Date
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Oct 09
2016
Conference Date
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Jul 05 2016
Draft paper submission deadline
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Jul 21 2016
Draft Paper Acceptance Notification
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Jul 24 2016
Final Paper Deadline
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Oct 09 2016
Registration deadline
Contact Information
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