| 31840 Image Analysis with Microcomputer |
| Danish title: Billedanalyse på mikrodatamat |
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Language: English ECTS-creditpoints: 10, External examination.
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Class schedule:
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E1-A og E1-B eller
E2-A
Lectures in module E1-A, exercises in either E1-B or E2-A |
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Exam schedule:
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E1-A (dec 10 2001)
The report must be delivered to the teacher, no later than 17.00 at the day of the examn in E1-A |
| Recommended semester: 4th -7th semester |
| Scope and form: Lectures and exercises, followed by a larger special assignment to each student team. |
Evaluation: Approval of coursework/reports
The report will be evaluated based on the following criteria:
1) Technical-scientific content.
2) Presentation and comprehensivenss.
3) Quality of the programs made (Diskett or CDROM must acompany the report). |
| Examination: 13-scale |
| Previous course: 50240, C4054 |
| Prerequisites: 01141 / 49105 / 49135 & 50250 / 31050 Complex functions and Microcomputersystems |
| No credit points with: C4054, 50240 |
| Participant limitation: Max. 40 |
| Aim: To enable the students to solve advanced problems of image analysis, within the limitations of a microcomputer. |
| Contents: Lectures: An introduction to the concepts of image generation, image processing and image analysis. Afterwards, a brief run-through of elementary geometrical optics: perspectivistic projection, spherical mirrors, lenses and prisms. Image tesselation and digitalisation are explained, using the application of CCD technology with videocameras as a basis. The analysis of binary images will encompass the determination of area, 1. and 2. moments and object orientation. In conjunction with this topic, topological properties, data compression and contour search will be dealt with. The theoretical image processing covers linear, shift-invariant systems, convolutions, the point spread function, image filtering and Fourier transformation. Finally, the fundamental concepts of colour theory are explained. Exercises: Work will be carried out in pairs, each provided with a PC. Timetables are arranged with the individual project supervisors. The exercises will commence with a number of tasks that illustrate the presented syllabus, after which each group must solve a larger exercise independantly. This exercise is concluded with a written report on which the final assessment will be based. |
| Contact: John Leif Jørgensen, building 327, (+45) 4525 3448, jlj@oersted.dtu.dk |
| Department: 031 Ørsted DTU |
| Course URL: http://www.oersted.dtu.dk/31840 |
| Keywords: image generation, image processing, image analysis, geometrical optics, image digitalisation |
| Updated: 21-08-2001 |
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