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by Prof. Navab Tutors: Darko Zikic and Pierre Georgel and Jose Gardiazabal and Tobias Blum Type: Advanced Practical Course in the Field of Theoretical Informatics Module IN8904 Type: Master Practical Course Module IN2106 SWS: 6+0 Programs: Informatics (Master), Informatics (Diploma) ECTS: 10 Credits Weekly Meeting: Tuesday 14:30-16:00 in MI 03.13.008/MI 03.13.010 The course will be conducted in English. RegistrationPlease send an email to Tobias Blum (), including your name, birthday, course of studies, login-name at TUM and Matrikelnummer.About the Course:As digital cameras have become widespread over the last decade there is also a growing interest in digitally manipulating photos. Popular examples are High Dynamic Range (HDR) images and generation of panoramic images by stitching multiple photographs. But there are also more recent topics like internet vision or superresolution. The lab course is designed to teach the basics of computational photography, which is the interdisciplinary area at the crossroad of photography, computer vision and image processing. The first part of the course will cover exercises which provide the basic skills and will be conducted using Matlab. The second part will cover more advanced topics such as image stitching. The final assignment is a self-contained project, where each group will work on one more advanced assignment.Visiting the 3D Computer Vision I class is of benefit, but not compulsory. Schein requirements
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| TeachingForm | |
|---|---|
| Title: | Computational Photography |
| Professor: | Prof. Dr. Nassir Navab |
| Tutors: | Darko Zikic, Pierre Georgel, Jose Gardiazabal, Tobias Blum |
| Type: | Praktikum |
| Information: | 6 SWS, 10ECTS |
| Term: | 2009SoSe |
| Abstract: | As digital cameras have become widespread over the last decade there is also a growing interest in digitally manipulating photos. Popular examples are High Dynamic Range (HDR) images and generation of panoramic images by stitching multiple photographs. But there are also more recent topics like internet vision or superresolution. The lab course is designed to teach the basics of photography, computer vision and image processing. The first weeks will be exercises which provide the basic skills. The second part will cover more advanced topics like image stitching. The final assignment is a self-contained project, where each group will work on one more advanced assignment. |