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Research unit
INNOSUISSE
Project number
12218.1;8 PFES-ES
Project title
Multi-view and multi-frame analysis of video footage

Texts for this project
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Short description
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Abstract
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CategoryText
Short description
(German)
Multi-view and multi-frame analysis of video footage
Short description
(English)
Multi-view and multi-frame analysis of video footage
Abstract
(German)
In this CTI project, ETH Zurich and LiberoVision AG will investigate and design novel methods for free-viewpoint video. The goal is to strengthen LiberoVision's market position through new innovations, while blocking the competitors with new IP. New products taking advantage of a virtual video sequence, or instant replays for multiple sports bare a big potential in the broadcast market. Market research has shown that this extension meets the demands of our customers. The research focus lies on consistent and temporally coherent multi-cam and multi-frame processing. based on the joint optimization of strongly dependent constraints, a robust, efficient and highly automatic method resulting in a free-viewpoint video with minimal artifacts shall be found. The research area lies in multi-camera object cutout/segmentation over time, and multi-camera calibration tracking.
Abstract
(English)
In this CTI project, ETH Zurich and LiberoVision AG will investigate and design novel methods for free-viewpoint video. The goal is to strengthen LiberoVision's market position through new innovations, while blocking the competitors with new IP. New products taking advantage of a virtual video sequence, or instant replays for multiple sports bare a big potential in the broadcast market. Market research has shown that this extension meets the demands of our customers. The research focus lies on consistent and temporally coherent multi-cam and multi-frame processing. based on the joint optimization of strongly dependent constraints, a robust, efficient and highly automatic method resulting in a free-viewpoint video with minimal artifacts shall be found. The research area lies in multi-camera object cutout/segmentation over time, and multi-camera calibration tracking.