Seminar on Current Works in Computer Vision
Prof. Thomas BroxComputer Vision is a very active research field with many practical applications, for instance in quality control, robotics, or driving assistance systems. The ultimate goal of Computer Vision is to imitate the great capabilies of the human visual system, allowing the computer not only to record images but also to interpret them. Research is still far from this goal, but significant progress has been made in recent years.
In this seminar we will take a detailed look at the most interesting recent works that have been published at the latest Computer Vision conference (ICCV 2011). You will read a number of research papers published at this conference. For each paper there will be one person, who performs a more detailed investigation of the research work and its background and gives a presentation. The presentation is followed by a discussion with all participants about the merits and limitations of the respective paper. You will learn to read and understand contemporary research papers, to give a good oral presentation, to ask questions, and to openly discuss a research problem.
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Slides of first session with instructions for a good presentation
Papers:
Date | Topic | Paper | Questions | Presenting student | Slides | Advisor |
23.5.2012 | Decision tree fields | Nowozin et al. | Help and questions | Patrick Tippmann | Kun Liu | |
6.6.2012 | Attribute classification | Bourdev et al. | Questions | Jan Mattner | Thorsten Schmidt | |
13.6.2012 | Viewpoint learning from videos | Mei et al. | Questions | Andreas Kuhner | Margret Keuper | |
27.6.2012 | Viewpoint specific object detection | Glasner et al. | Questions | Mohamed Chit | Naveen Shankar Nagaraja | |
4.7.2012 | Region-based detection | Sande et al. | Questions | Jonathan Nagel | Robert Bensch | |
11.7.2012 | Shape matching | Windheuser et al. | Questions | Andreas Behr | Benjamin Drayer | |
18.7.2012 | Image restauration | Zoran et al. | Questions | Dina Yunusova | Qing Wang | |
25.7.2012 | Dense 3D reconstruction | Newcombe et al. | Questions | Mohammed Chbeib | Benjamin Ummenhofer |