Using induced L2-norm minimization, a robust controller was developed for insulin delivery
in Type I diabetic patients. The high-complexity nonlinear diabetic patient Sorensen-model …

The control of blood glucose is a significant topic for Type I diabetic patient. The controller
design for hypoglycaemia condition is forever challenging one. The main goal of this paper …

This article presents the H 2/H∞ control (disturbance rejection LQ method) of the Bergman
minimal model [2] for Type1 diabetic patients under intensive care using computer algebra …

Using induced L 2-norm minimization, a robust controller was developed for insulin delivery
in Type I diabetic patients. The high-complexity nonlinear diabetic patient Sorensen-model …

Artificial pancreas is simulated to handle Type I diabetic patients under intensive care by
automatically controlling the insulin infusion rate. A Backstepping technique is used to apply …

Many articles dealing with insulin-glucose control have been published in the last decades,
and they mostly assumed that all the system state variables are available for feedback …

Diabetes is one of the most common and critical diseases around the world, which need
insulin injections to control the body's glucose rate. A robust back stepping (BS) controller …

En este paper, revisamos los prospectos de aplicación de los futuros servicios de salud
electrónica en las grandes ciudades. Hacemos esto con el fin de tener una idea clara de las …

Diabetes mellitus, an illness due the inefficiency of the pancreas in managing plasma
glucose level, can result intensive side difficulties and death. Since the diabetes system is a …

Application of modern robust control methods using Mathematica are presented in this case-
study for blood glucose control of Type I diabetic patients under intensive care. The methods …