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Univ.-Prof. Dr. rer. nat. Gunther Notni
Head of Group
+49 3677 69-3820
Mrs. Dana Peuker
+49 3677 69-3822
🖷 +49 3677 69-3823
Technische Universität Ilmenau
Newtonbau, room 2050
Gustav-Kirchhoff-Platz 2
98693 Ilmenau
how to find us (PDF)
An overview of the lecture in WS 2023/2024 is available here.
The lecture is held in German.
All documents (lectures and exercises) will be provided electronically via Moodle. A printed lecture script is also available in the copy shop from the beginning of the semester.
Please register for the lecture in Moodle WS23/24! The registration is a prerequisite for all informations you need! You will receive the moodle password automatically via eMail or on request via eMail to rico.nestler@tu-ilmenau.de.
Students of the courses Biomedical Engineering, Computer and Systems Enineering and Computer Science, Media technology, Electrical engineering, Mechanical Engineering / Optronics (see elective module offer in the curriculum). As well students with an interest in image processing as a supplement or to round off their studies.
Good knowledge of physics, mathematics and information or communications technology is helpful. As well lectures on technical optics, system theory, signals & systems.
The lecture Basics of Image Processing and Pattern Recognition(Image Processing 1) deals with methods for solving recognition tasks with camera-based technical systems. Nowadays, camera-based ("seeing") technical systems are widely used in automation technology, robotics, medical technology, surveillance technology and in the automotive sector.
The course initially focuses on digital images with scalar pixel values (so-called grey-scale images), which have to be evaluated in terms of concrete tasks. The overall goal of this evaluation is the interpretation of the image content on different levels of abstraction. For this purpose, the images have to be processed, transformed, converted, analysed and finally classified in their technically accessible form in order to derive relevant contents and statements. In the course, essential methods, procedures and algorithms will be considered and discussed in the context of concrete applications from practice.
In addition to the purely informatic aspects of digital image processing, the lecture also teaches important contexts for the creation and description of digital images.
As a result, the student is able to understand and design classical processing chains for solving image-based recognition tasks, to correctly classify and implement partial aspects of processing solutions, and to move conceptually confidently in this interdisciplinary field of knowledge. For the methodical understanding of current application areas of Artificial Intelligence, such as Deep Learning, the best prerequisites are created.
The course is accompanied by an exercise, in which the lecture contents are reviewed, deepened and simple BV tasks are worked on with a prototyping software for image processing solutions (VIP-Toolkit). Numerous teaching examples are provided for the lecture.
Building on the contents taught in the lecture, the student can use the acquired knowledge in further courses of the bachelor and master studies, e.g.
System technology and system theory of image processing
as well as further courses on applied image processing / artificial intelligence at the TU Ilmenau.
Introduction / Basics
Technical recognition processes / paradigms
Aspects of primary perception / digital imaging
Image representations and transformations
Basic methods of image preprocessing
Geometric image transformations
Image statistics and point operations
Linear and non-linear methods for image enhancement, edge detection
Morphological operations
Selected aspects of high-level image analysis
Image segmentation
Feature extraction and classification
Exercises with VIP Toolkit™-Rapid Prototyping Student Version.
J.Beyerer, F.P. Puente Leon, C. Frese: Automatic visual inspection - fundamentals, methods and practice of image acquisition and image evaluation. Springer Verlag 2012, ISBN 978-3-642-23965-6.
F. Wahl: Digital image signal processing, Springer Verlag 1989, ISBN 3-540-13586-3
W. Abmayr: Introduction to digital image processing. B.G. Teubner Stuttgart 1994, ISBN 3-519-06138-4
B. Jähne: Digital image processing and image retrieval. Springer; Edition: 7th, 2012, ISBN 978-3642049514.
B. Jähne: Digital image processing. Springer; 1994, ISBN 3-540-61379-X
P. Haberäcker: Praxis der Digitalen Bildverarbeitung und Mustererkennung. Hanser Reference Book, 1995, ISBN 978-3446155176
P. Haberäcker: Digital Image Processing. Hanser Reference Book, 1991, ISBN 978-3446163393
P. Haberäcker: Praxis der Digitalen Bildverarbeitung und Mustererkennung. Hanser Reference Book, 1995, ISBN 978-3446155176
P achievements as a prerequisite for module completion through homeworks during the semester (aSL). Module grade from a written exam, 90 minutes or an oral exam (by arrangement).
Dates, scripts, teaching & exercise materials can be found in Moodle. Here you go to the Moodle course...