Welcome at the IME!
At the Institute for Electrical Engineering in Medicine (IME) we perform cutting-edge research on autonomous and physiological systems, state-of-the-art methods in parameter estimation and the ethical implications of engineering. He over to the project pages to learn more:
Physiological Control Loops
Feedback control in the human body, also known as homeostasis, is one of the main reasons why we can cope with a variety of changing environmental conditions and pathologies. At the IME we study these control loops and their interaction with medical devices from an engineering point of view that mainly focusses on dynamic systems and control.
More details on our research activities can be found on the project page.
Parameter and State Estimation
Precisely estimating parameters and states of physiological systems is hard - the underlying systems are not well understood, and there is a large number of physiological processes influencing each measurement.
At the IME, we therefore focus on the application of advanced, robust methods for parameter and state estimation to physiological systems. For more information, refer to the project page.
Autonomous Systems
Autonomous systems play an increasingly important role in the field of robotics. Their technical potential is expanding rapidly and practical implementation is now possible. Autonomous vehicles, for instance, bear great potential for safety, comfort and the environment.
At the IME, we therefore focus on algorithms for autonomous systems that guarantee safe and reliable operation based on rigorous methods for relevant applications. For more information, refer to the project page.
Engineering Ethics
At the IME we are fully aware that technological developments bear societal implications that need to be assessed and evaluated cooperatively and in an interdisciplinary context. Be it in a bio-medical context or in autonomous systems in general - we take ethical engineering seriously.
At the IME, we therefore engage in research on how to best develop autonomous systems with society and for society, reflect our methods and present them in a concise and understandable way to foster mutual and transdisciplinary communication. For more information, refer to the project page.
News
Donnerstag, 21.03.2019
IME listed on Germany's leading AI platform
The joint research project between the Institute of Electrical Engineering in Medicine and Drägerwerk AG & Co. KGaA on intelligent processing on respiratory biosignals is listed on Germany's leading platform for AI "
Mittwoch, 13.03.2019
IME Paper Accepted at This Year's Weizenbaum Conference!
The full paper, entitled "Technological Opacity of Machine Learning in Healthcare" by Christian Herzog has been accepted for presentation at this year's Weizenbaum Conference.
Sonntag, 03.03.2019
IME article accepted in Automatica!
The article, entitled "Tube-Based Model Predictive Control for Linear Parameter-Varying Systems with Bounded Rate of Parameter Variation" by Hossam S. Abbas, Georg Männel, Christian Herzog, né Hoffmann and Philipp Rostalski has been accepted in Automatica, a leading journal in the field of systems...
Freitag, 01.03.2019
Proposal for Mini-Symposium Accepted for This Year's EMBC!
At the EMBC 2019, to be held in Berlin, Germany, July 23-27, 2019, Prof. Michael Friebe of the Otto von Guericke University of Magdeburg and the IME's Christian Herzog initiated a mini-symposium on the "Ethical Design Considerations for Medical Technology".
The Institute for Electrical Engineering in Medicine is directing the new study program "Robotics and Autonomous Systems" (B.Sc./M.Sc.)!
Head over to www.ras.uni-luebeck.de/ for more information.
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