Chapter

Fuzzy Logic-Based Modeling of the Biological Regulator of Blood Glucose

01/1970; DOI:10.1007/978-3-540-25929-9_106 pp.835-840
Source: DBLP

ABSTRACT This paper proposes the utilisation of fuzzy logic so as to design a system which models the biological regulator of blood
glucose. That system consists of several fuzzy relations, each one of them modeling a component of the biological glycemia
regulator, that is, pancreatic insulin production, net hepatic glucose balance, insulin dependent and independent glucose
uptake, and kidney function. A set of experiments has been carried out by means of a simulation of the proposed model, checking
that fuzzy control provides good results for the studied cases. The system could be a basis for developing artificial glycemia
control mechanisms to be applied as a therapy for different pathologies, as well as for the development of simulators and
monitors to aid diagnosis.

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Keywords

different pathologies
 
fuzzy relations
 
good results
 
kidney function
 
models
 
monitors
 
net hepatic glucose balance
 
pancreatic insulin production
 
proposed model
 
simulators
 
utilisation