Darius Burschka
8 SlideShares 4 Abonné
Personal Information
Entreprise/Lieu de travail
Munich Area, Germany Germany
Profession
Co-Chair Technical Committee on Computer & Robot Vision
Secteur d’activité
Education
Site Web
http://personal.visual-navigation.com
À propos
My principle areas of research are sensors for mobile systems and Human Computer Interfaces. The focus of my research is on vision-based navigation and three-dimensional reconstruction from sensor data.
Coordonnées
Mots-clés
automotive dynamic environments navigation collision avoidance optical flow computer vision visual navigation #ai #deeplerning #robotics monocular navigation task representation dynamic perception task definition perception motion analysis dynamic state representation sparse optical flow pose estimation object recognition flexible registration sensory substitution logical sensors three-dimensional reconstruction slam visual tracking
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Présentations

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Keynote at Tracking Workshop during ISMAR 2014

il y a 9 ans • 562 Vues

Sensory Substitution

il y a 9 ans • 792 Vues

Challenges for Perception in Navigation and Manipulation

il y a 9 ans • 731 Vues

Task-Representation for Robust Coupling of Perception to Action in Dynamic Environments

il y a 6 ans • 288 Vues

Understanding of Process-Workflow through Identification of Action Constraints in Observed Motions

il y a 6 ans • 341 Vues

Visual Mapping and Collision Avoidance Dynamic Environments in Dynamic Environments

il y a 3 ans • 234 Vues

Deep Learning - a Path from Big Data Indexing to Robotic Applications

il y a 3 ans • 517 Vues

Robust and Efficient Coupling of Perception to Actuation with Metric and Non-Metric Representations

il y a 2 ans • 570 Vues
Personal Information
Entreprise/Lieu de travail
Munich Area, Germany Germany
Profession
Co-Chair Technical Committee on Computer & Robot Vision
Secteur d’activité
Education
Site Web
http://personal.visual-navigation.com
À propos
My principle areas of research are sensors for mobile systems and Human Computer Interfaces. The focus of my research is on vision-based navigation and three-dimensional reconstruction from sensor data.
Mots-clés
automotive dynamic environments navigation collision avoidance optical flow computer vision visual navigation #ai #deeplerning #robotics monocular navigation task representation dynamic perception task definition perception motion analysis dynamic state representation sparse optical flow pose estimation object recognition flexible registration sensory substitution logical sensors three-dimensional reconstruction slam visual tracking
Tout plus