The combination of medicine with engineering has great potential. The currently used
chemotherapy treatments usually use maximal tolerable doses, which can lead to harmful …

Nowadays clinical therapies in chemotherapy sessions are generalized for patients,
therefore we are working to provide a personalized drug plan to help reduce the drug …

Therapy optimization and personalization in cancer treatment requires reliable mathematical
models. A key issue in personalization is the identification of the model parameters. We …

One of the promising directions in future medicine is the optimization of therapies based on
mathematical and engi-neering methods, with which the treatment can be personalized. In …

A nonlinear Moving Horizon Estimator (MHE) was developed which can estimate the time-
varying parameters of a tumor growth model under chemotherapeutic treatment. We …

Optimizing computer-generated therapy may be one of the most promising tools for future
medical treatments. In silico experiments are crucial for therapy planning and testing, this …

We can enhance the current medical technology by introducing engineering methods. The
current chemotherapy treatments are designed for the average and are only taking into …

Personalization of chemotherapy requires a mathematical model tailored to the patient. The
tailoring requires the knowledge of the parameters specific to the patient, however, these …

Cyber-medical systems provides lots of possibilities that help doctors plan more effective
treatments. A reliable mathematical model that can be customized is essential for therapy …

Revolutionary changes of deep reinforcement learning are leading to high-performing
intelligent solutions in multiple fields, including healthcare. At the moment, chemotherapy …