Colloquium Computer Science, Professor Claudio Jung, UFRGS, Brazil
|
Date: |
Monday, June 23rd 2014 |
|
Speaker: |
Professor Claudio Jung, UFRGS, Brazil |
|
Room: |
5161.0267 (Bernoulliborg) |
|
Time: |
16.00 |
Title:
Computer Vision applied to Traffic and Surveillance Problems
Abstract:
In this talk I will talk about applications of computer vision to traffic and surveillance problems.
In traffic applications, I will focus on Driver Assistance Systems (DAS) using embedded cameras, such as Lane Departure Warning Systems (LDWS), camera self-calibration and
road markings extraction and detection. Regarding surveillance, I will talk about multiple pedestrian tracking using static cameras, group detection and classification, and unusual behavior detection in uncrowded and crowded scenes.
Short bio:
Cláudio Rosito Jung received the B.S. and M.S. degrees in Applied Mathematics, and the Ph.D. degree in Computer Sciences, from Universidade Federal do Rio Grande do Sul (UFRGS), Brazil, in 1993,1995 and 2002, respectively. He is currently Professor at UFRGS in the Computer Science department. His research interests include image denoising and enhancement, image segmentation, medical imaging, multiscale image analysis, intelligent vehicles, object tracking, multimedia applications, human motion analysis and stereo/multiview matching. He is an IEEE Senior Member.
Colloquium coordinators are Prof.dr. M. Aiello (e-mail :
M.Aiello rug.nl
) and
Prof.dr. M. Biehl (e-mail:
M.Biehl rug.nl
)
http://www.rug.nl/research/jbi/news/colloquia/computerscience
| Last modified: | 10 February 2021 1.32 p.m. |
More news
-
16 September 2025
The ocean absorbs carbon from the air, but what if the temperature increases?
‘Fortunately, seawater absorbs carbon dioxide (CO₂). If it didn’t, things would have been over and done with already,’ according to climate and ocean researchers Richard Bintanja and Rob Middag. But what actually happens to the ocean's carbon...
-
10 September 2025
Funding for Feringa and Minnaard from National Growth Fund project Big Chemistry
Two UG research projects have received funding from the National Growth Fund project Big Chemistry via NWO.
-
09 September 2025
The carbon cycle as Earth’s thermostat
Earth's natural carbon cycle becomes unbalanced if we, humans, continue to release extra carbon dioxide (CO2) into the atmosphere. In this overview article about the carbon cycle, you can find out how Earth generally keeps itself in balance and how...