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Phase-Based Frame Interpolation for Video

Phase-Based Frame Interpolation for Video

by Martina Haefeli | Jun 8, 2015 | Video Processing, Visual Computing

Phase-Based Frame Interpolation for Video   We present an efficient alternative by leveraging recent developments in phase-based methods that represent motion in the phase shift of individual pixels. June 8, 2015IEEE Conference on Computer Vision and Pattern...
Scalable Structure from Motion for Densely Sampled Videos

Scalable Structure from Motion for Densely Sampled Videos

by Martina Haefeli | Jun 8, 2015 | Video Processing, Visual Computing

Scalable Structure from Motion for Densely Sampled Videos   The key insight behind this paper is to effectively exploit coherence in densely sampled video input. June 8, 2015IEEE Conference on Computer Vision and Pattern Recognition (CVPR) 2015   Authors Benjamin...
Space-Time Tree Ensemble for Action Recognition

Space-Time Tree Ensemble for Action Recognition

by Martina Haefeli | Jun 7, 2015 | Machine Learning

Space-Time Tree Ensemble for Action Recognition   We explore ensembles of hierarchical spatio-temporal trees, discovered directly from training data, to model these structures for action recognition. June 7, 2015IEEE Conference on Computer Vision Pattern Recognition...
A Computational Model for Perception of Stereoscopic Window Violations

A Computational Model for Perception of Stereoscopic Window Violations

by Martina Haefeli | May 26, 2015 | Video Processing, Visual Computing

A Computational Model for Perception of Stereoscopic Window Violations   This paper investigates stereoscopic window violation artifacts, which often interfere with artistic freedom and constrain the comfortable depth volume. May 26, 2015International Workshop on...
Antagonistic Muscle based Robot Control for Physical Interactions

Antagonistic Muscle based Robot Control for Physical Interactions

by Martina Haefeli | May 26, 2015 | Robotics

Antagonistic Muscle based Robot Control for Physical Interactions   In this paper, we examine a novel biologically-inspired control method, emulating antagonistic muscle pairs based on a nonlinear Hill model. May 26, 2015IEEE International Conference on Robotics and...
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