Darius Burschka
9 SlideShares 4 Seguidores
Personal Information
Organización/Lugar de trabajo
Munich Area, Germany Germany
Ocupación
Co-Chair Technical Committee on Computer & Robot Vision
Sector
Education
Sitio web
http://personal.visual-navigation.com
Acerca de
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.
Datos de contacto
Etiquetas
automotive #ai #deeplerning #robotics navigation dynamic environments visual tracking slam three-dimensional reconstruction logical sensors sensory substitution flexible registration object recognition pose estimation sparse optical flow dynamic state representation motion analysis perception task definition dynamic perception task representation monocular navigation visual navigation computer vision optical flow collision avoidance
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Presentaciones

(9)
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Keynote at Tracking Workshop during ISMAR 2014

Hace 10 años • 565 Visualizaciones

Sensory Substitution

Hace 10 años • 810 Visualizaciones

Challenges for Perception in Navigation and Manipulation

Hace 10 años • 738 Visualizaciones

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

Hace 7 años • 291 Visualizaciones

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

Hace 7 años • 343 Visualizaciones

Visual Mapping and Collision Avoidance Dynamic Environments in Dynamic Environments

Hace 4 años • 246 Visualizaciones

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

Hace 4 años • 528 Visualizaciones

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

Hace 4 años • 586 Visualizaciones

Robot Control using 20 lines of C++ of Code and Classical Vision Tools

Hace 11 meses • 129 Visualizaciones
Personal Information
Organización/Lugar de trabajo
Munich Area, Germany Germany
Ocupación
Co-Chair Technical Committee on Computer & Robot Vision
Sector
Education
Sitio web
http://personal.visual-navigation.com
Acerca de
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.
Etiquetas
automotive #ai #deeplerning #robotics navigation dynamic environments visual tracking slam three-dimensional reconstruction logical sensors sensory substitution flexible registration object recognition pose estimation sparse optical flow dynamic state representation motion analysis perception task definition dynamic perception task representation monocular navigation visual navigation computer vision optical flow collision avoidance
Ver más