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The course takes place in KN:E-301 on Monday 14:30-17:30, see schedule for details. We do not distinguish the slot for lecture and slot for labs. The first 7 weeks are solely devoted to lectures, tests and homework, the remaining 7 weeks are devoted to the semestral work. The last lecture will consist of (i) the presentation of semestral work and (ii) the exam test. You can get 50 points from tests and homework and 50 points from the semestral work. Minimum credit requirement is to obtain at least 50 points in total. The final grade will be determined by the total number of points.
Each semestral work will be solved by the team of three students. Available topics will be announced in the 5th week. The presentation will take place in the last week (7.1.2019). Maximum number of points you can get from the semestral work is 50. Evaluation is based on the supervisor's, lecturer's and student's voting as follows:
Karel Zimmermann is the main lecturer of ViR. He is recently the associate professor at the Czech Technical University in Prague. He received his PhD degree in cybernetics from the Czech Technical University in Prague, Czech Republic, in 2008. He worked as the postdoctoral researcher with the Katholieke Universiteit Leuven (2008-2009). He serves as a reviewer for major journals such as TPAMI or IJCV and conferences such as CVPR and ICCV. He received the best reviewer award at CVPR 2011 and the CSKI prize for the best PhD work in 2008. He was also with the Technological Education Institute of Crete (2001), with the Technical University of Delft (2002), with the University of Surrey (2006). His current research interests include learnable methods for computer vision and robotics.
Tomas Petricek is the head of ViR's labs. He is the postdoctoral researcher in the Toyota Research Lab at the Czech Technical University in Prague. His main research interests include learnable mapping from RGB(D) sensors. Teymur Azayev will be assisting in VIR labs. He is a PhD. student at the Faculty of Cybernetics. His current interests include dynamic robot locomotion using Deep Learning.
We want students to work individually, therefore any plagiarism in codes, homework or reports will be mercilessly punished . We strongly urge each student to read what is/isnot a plagiarism - we believe that many students will be surprised. In any case, it is not permitted to use the work of your colleagues or predecessors. Each student is responsible for ensuring that his work does not get into the hands of other colleagues. In the case of multiple submission of the same work, all involved students will be penalized, including those who gave the work available to others