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| Consulting time: (during semester) | |||
| Jonas Sukys | Tue 12-13 | HG E 62.1 | |
| Rafaela Guberovic | Tue 12-13 | HG E 62.1 | |
| Konstantin Grella | Thu 12-13 | HG J 59 | |
| Robert Carnecky | Thu 12-13 | HG J 59 | |
| Sebastian Lienert | Wed 12-13 | near HG J 54 | |
| Simon Härdi | Wed 12-13 | near HG J 54 |
For any questions concerning the exercises and the class please come to the consulting hours displayed above (during semester).
Please do not be late by more than 15min or send an email in advance to the assistant in charge.
You can see the available consulting hours in the semester break on this page.
The assignment sheets will be published on this page (usually) every Monday.
The exercises have to be handed in by the tutorial class in the following week (during the class itself or into the plexiglass trays in HG G 53/54).
To receive the testat conditions it is mandatory to:
a) Take active part during the tutorial. Every student will be asked to present the solution of two exercises at the blackboard. Registration for each exercise group is available on the main page.
b) Work extensively on the exercises and hand in the approaches/solutions. In order to obtain the access to the examination, about 80% of the core exercises proposed during the semester have to be solved and handed in. Points from non-core exercises are also counted.
Self grading: For each exercise sheet the students have to state which (sub)exercises have been solved or partially solved. Only some of them, randomly chosen, will be corrected.
In case a student is caught cheating (i.e., stating as solved exercises that he/she didn't solve) the quantity of exercises requested for the admission to the exam will be raised.
From each exercise sheet, all core problems handed in on paper will be corrected.
MATLAB codes and pictures can be submitted using the online submission tool or by email.
Exercise sheets # 1 - # 13 + Christmas Special
Solution of all the exercise sheets # 1 - # 13 + Christmas Special
| Matlab files | ||
| Exercise sheet # 1: | Provided files | Solution files |
| Exercise sheet # 2: | - | Solution files |
| Exercise sheet # 3: | Provided files | Solution files |
| Exercise sheet # 4: | Provided files | Solution files |
| Exercise sheet # 5: | Provided files, quadspline_p.p | Solution files |
| Exercise sheet # 6: | - | Solution files |
| Exercise sheet # 7: | - | Solution files |
| Exercise sheet # 8: | - | Solution files |
| Exercise sheet # 9: | Provided files | Solution files |
| Exercise sheet # 10: | - | Solution files |
| Exercise sheet # 11: | Provided files | Solution files |
| Exercise sheet # 12: | Provided files | Solution files |
| Exercise sheet # 13: | Provided files | Solution files |
| Exercise sheet "Christmas Special" | Provided files | Solution files |
With every exercise sheet, the self grading scheme has to be handed in.
Alternatively write clearly on top of your solution which tasks and subtasks have been solved.
You can use the online homework submission tool.
Small introduction to MATLAB plotting (Thanks to Robert Carnecky)
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