Research
The group carries out basic and applied research in industrial image processing. We develop methods, algorithms and system-technical solutions for image acquisition, image processing and evaluation for application, especially in the fields of quality assurance and process control in production, robotics, food industry, construction industry, medical technology and security technology. The main areas of research include: ...
Study - Teaching
Driven by the rapid development of computer technology and the increasing use of artificial intelligence (AI) methods, image processing is more and more penetrating all areas of life, especially to meet industrial requirements for solving tasks of control and quality assurance of manufacturing processes. But image processing methods and systems are also increasingly being used in many other areas of application, such as communication, medicine, traffic, services, etc.
Within teaching lectures, seminars/exercises and practical courses are offered in the fields of basics of image processing, industrial 2D-/3D-image processing, system technology and system theory of image processing, quality assurance/quality management and technical reliability.
In the context of scientific assistances, project seminars, student research projects, diploma, bachelor and master theses, students are integrated into the research projects of the group. In addition, internships or thesis work to be carried out in industrial companies is supervised....
Team
The team of the group headed by Prof. Notni consists of experienced and young scientists.
The employees are supported in their research projects by students in the context of their qualifying work. In the research projects there is close cooperation with research institutes and industrial partners....
Publications
Seiler, M.; Ockernahl, E.; Dittrich, P.-G.; Madrin, F. P.; Bliedtner, J.; Notni, G.
Process control of laser ablated coated surface applying an adapted image processing system
In: 12th CIRP Conference on Photonic Technologies, (2022), S. 584-587 ...
Dietrich, P.
Methods for reducing the measurement latency of GOBO projector-based 3D sensors
Ilmenau : Universitätsbibliothek, 2022. - 1 Online-Ressource (95 Seiten) Technische Universität Ilmenau, Dissertation 2022 ...
Svoboda, L.; Sperrhake, J.; Nisser, M.; Zhang, C.; Notni, G.; Proquitté, H. M.
Contactless heart rate measurement in newborn infants using a multimodal 3D camera system
In: Frontiers in Pediatrics, ISSN 2296-2360, Bd. 10 (2022), 897961, S. 01-11 ...
We would like to thank APIS Informationstechnologien GmbH for their friendly support and the free provision of the FMEA software APIS IQ-Software for teaching and research.
