In this talk, we present the main results of research and development
activities at the Computational Vision and Robotics Laboratory (CVRL) of
ICS-FORTH. The general research goal at CVRL is to study the issues
involved in the development of robotic systems that are able to perceive
their environment and exhibit autonomous behaviors. The research in this
field is both of theoretic and practical interest. The development of
perceptual capabilities and autonomous robot behaviors presupposes the
solution of interesting theoretic problems and facilitates the
understanding of the principles that govern the corresponding
capabilities of biological organisms. Additionally, it forms a basis for
the development of many interesting applications.
In the context of this general research goal, we study specific
capabilities related to the perception of motion and 3D structure as
well as the development of specific robotic behaviors based on
perceptual input. Emphasis is put in the exploitation of visual
information that is acquired by either conventional or panoramic
cameras. Additional efforts are directed towards the exploitation of
information provided by non-visual sensors and its fusion with visual
information. These research and development activities have resulted in
specific research prototypes such as TOURBOT, a museum tour-guide robot
and DRIVER, a robotic wheelchair for people with special needs.
Tuesday, Nov. 26 at 4:00 p.m. in DH 1064
Reception at 3:30p.m. in DH 3092
About Antonis Argyros
Dr. Antonis Argyros is a researcher at the Institute of Computer Science
(ICS), Foundation for Research and Technology (FORTH), in Heraklion,
Crete, Greece. He received his Ph.D. from the Dept. of Computer Science,
Univ. of Crete, Greece, in visual motion analysis. During his post-doc
at the Royal Institute of Technology (Stockholm, Sweden), he worked on
vision-based, reactive robot navigation. In 1999 he joined the
Computational Vision and Robotics Laboratory of ICS-FORTH, where he has
been involved in many RTD projects in image analysis, computer vision
and robotics. His current research interests include computer vision and
robotics and particularly the visual perception of motion and 3D
structure, the development of robot behaviors based on visual
information and alternative visual sensors.