Medical technological advancement and devices nowadays are tightly connected with engineering achievements. In order to create personalized healthcare solutions, drug delivery systems or deal with safety-critical medical applications it is important to understand and mathematically describe the physiological process, to be able to accurately measure / estimate the corresponding state variables, and develop a control algorithm reaching the desired scope. Therefore intelligent, model-based applications are needed, robust enough to generalize its healthcare target, but individualized as well to personalize its applicability. In this way it could increase the quality of life of the patients, optimize therapy and hence, reduce treatment costs. The session gives adequate up-to-date applications of intelligent, model-based healthcare problems covering diabetes, anesthesia, cancer, blood flow simulation, cardiovascular systems.
Indicative Topics/Areas
1. Comparison of discrete controls for an antiangiogenic tumor growth model
2. Investigation of the TP-based modeling possibility of a nonlinear ICU diabetes model
3. A software component approach to GPU accelerated physics-based blood flow simulation
4. Robust control in hemodialysis machines
5. Model-based control methods for biomedical systems
6. A robust explicit hybrid MPC strategy for intravenous anesthesia
7. Workflow generation for traceability defect correction over multidomain management tools
10月09日
2016
10月12日
2016
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