A new framework for analyzing the performance of the glucose-insulin system

The ability to develop a testing model for analyzing the performance of any embedded biomedical devices can be very useful in medical research. This paper begins by the glucose insulin system and creates a new framework in order to test the performance of all system components. The framework consists of simulating a mathematical model of human body in order to implement in a microcontroller, developing a control algorithm for the model and applying parametric models of activities to show how medical devices can be interconnected to form a physiological closed-loop system. Finally a new tester model with the ability to satisfy medical decision criteria has been created. Simulation results show the performance of the tester to validate glucose insulin system in order to avoid risk taking on patients.