Tumor growth models are important to create an engineering background for cancer
treatment either by using the models for simulations and evaluation of treatment protocols or …

Modeling the effect of therapeutic drugs on tumor dynamics is a fundamental step that leads
to the optimization of cancer therapy using mathematical tools. We discuss three tumor …

Automated Drug Delivery in Anesthesia provides a full review of available tools and
methods on the drug delivery of anesthesia, bridging the gap between academic …

Modeling tumor growth is a fundamental step in the design of automated, optimal, patient
specific therapies. We extend our tumor growth model created to describe the effect of an …

In this work we address the problem of tumour growth control by properly exploiting a low-
dimensional model that grounds on the Chemical Reaction Network (CRN) formalism …

Tumor volume modeling and control is a promising way to design more efficient,
personalized tumor treatment. This requires a model of tumor growth dynamics, and a …

There are many systems in practice that can have only positive (nonnegative) input, typical
examples for such systems are physiological systems. Moreover, the parameters of these …

The current work investigates tumor growth control under antiangiogenic targeted molecular
therapy by use of Tensor Product (TP) transformation. During the dynamics of the tumor …

Application of model-based control strategies for physiological control problems, like tumor
therapy, may greatly improve the efficiency of clinical treatments. Our aim is to design a …

In practice, many physical systems, including physiological ones, can be considered whose
input can take only positive quantities. However, most of the conventional control methods …