Sponsored projects:
- Chief Investigator(s): Subhashis Banerjee and
Michael Werman,
Institute of Computer Science, Hebrew Univ., Jerusalem.
- Funding agency: Dept. of Science and Technology, India and
Ministry of Science and Technology, Israel.
- Funding: Rs. 23,00,000.
- Duration: 1998-2000.
- Description: The primary aim of the project is to develop preliminary
algorithms for:
- Real-time video compression.
- Generation of video panoramas and efficient indexing.
- Automatic robot navigation and visualization of remote
environments.
- Chief Investigator: M. Hanmandlu (EE)
- Other investigator(s): Subhashis Banerjee.
- Funding agency: Dept. of Science and Technology.
- Funding: Rs. 10,80,000.
- Duration: 1998-2000.
- Description: The primary aim of the project is to develop preliminary
algorithms for:
- Projective and Euclidean structure from motion.
- Motion parameter estimation.
- Real-time object tracking.
- Demos and reports for object
tracking.
- Chief Investigator: Subhashis Banerjee.
- Funding agency: Department of Atomic Energy, under the DAE Young
Scientist Award 1994 Scheme.
- Funding: Rs. 5,00,000.
- Duration: 1995-1998.
- Description: The primary aim of the project is to develop preliminary
algorithms for the following real-time motion responses:
- redirection of attention to moving regions of interest
- panic reaction to imminent collision
- tracking of a moving target using motion alone
and to develop strategies for moving the camera(s) (gaze control),
in real-time, so that the above functionalities can be realized.
It is also proposed to develop tools for implementing the above on
a transputer based multi-processor platform.
- Demos and reports for collision
detection and object
tracking.
- Chief Investigator: K. K. Biswas.
- Co-investigators: Subhashis Banerjee, Santanu Chaudhuri, M. Hanmandlu.
- Funding agency: All India Council of Technical Education.
- Funding: Rs. 12,00,000.
- Duration: 1996-1999.
- Description: The primary objectives of the project are:
- Developing techniques for a graphical re-creation of a remote
environment from multi-sensory data. The sensory data will
primarily include video and sonar/range image sequences obtained
through cameras mounted on robots. The multi-modal graphical
recreation will be based on the high level descriptions of the
shape, motion, spatial inter-relationships and identification
of the various objects that constitute the remote scene. Such
descriptions will be obtained through a detailed analysis of
the multi-sensory data using techniques of Computer Vision and AI.
- Developing strategies for interactive exploration of a remote
environment.
- Developing techniques to enable an operator to interactively
control the tele-robot at the remote environment, both for
acquisition of new data and for per forming a complex task at
the remote site.
Subhashis Banerjee / Dept. Computer Science and Engineering / IIT Delhi /
Hauz Khas/ New Delhi 110016 / suban@cse.iitd.ernet.in