ROBOTS TO BECOME MORE SOCIABLE

The objective of the TACO project (three-dimensional adaptive camera with object detection and foveation) is to improve robots’ sensing systems and help them to interact with their environment in a more natural way.

DEVELOPING ROBOTS

Robotics is a highly dynamic, growing and innovative field. Aimed at expanding and optimising service robots’ capabilities, the project will thus open up new, complex applications for them.

 

3D LASER SCANNER SENSOR

The development of an innovative 3D sensor system based on a miniaturised micro-mirror component will enable robots to identify objects of interest more quickly in the future, allowing for higher resolution sampling of the details. Thanks to this technology, the 3D laser scanner will be ten times smaller and much lower in cost while the spatial and temporal resolution will be increased by a factor of ten. Intended project innovations:

  • Innovative, fast sensing concept based on the 3D foveation principle
  • 3D laser scanner based on microsystems technology in combination with time-domain imaging
  • Software framework for rapid object recognition

 

IMPROVED INTERACTION OPENS UP NEW PATHS

When this technology is implemented, service robots will have better perception, a higher level of motion and improved interaction capabilities with their environment and everyday objects. This will enable them to perform more complex tasks in cleaning, building, security or personal assistance.

PROJECT FACTS

  • Name: TACO- Three- dimensional Adaptive Camera with Object Detection and Foveation
  • Start: February 2010
  • Duration: 3 years
  • Total cost: €4.791.835
  • EC- contribution: €3.572.000
  • Partner: Fraunhofer IPMS, SAL, SINTEF, TU Vienna, Shadow Robotics, Oxford Technologies
  • TACO-Videos:  http://www.youtube.com/watch?v=Lu2wQEf_vGs

Your contact person

Dr. Andreas Tortschanoff

Staff Scientist Photonic Systems

e-mail: andreas.tortschanoff@silicon-austria.com

Research program

The project is co-funded by the European Commission under the Seventh Framework Programme for Research and Technological Development (FP7).