Add to ORKGIn a mathematical representation of a physiological system variables of the model usually correspond to particular physiological variables, and model paraemters can be associated with specific quantities in the real system. This paper discusses the application of system identification and parameter estimatiion techniques for estimation of parameters of a lung model. Experimental aspects are outlined and potential clinical applications discussed
System identification and parameter estimation techniques are important tools for the modelling of c...
This chapter describes the development of dynamic models of respiratory gas exchange processes and t...
The paper describes an application of system identification techniques to the estimation of cardiac ...
Methods for the investigation of model identifiability and for test signal design have been applied ...
The development of mathematical models of physiological systems from measured response data has attr...
A serial lung model with a compressible segment has been implemented to simulate different types of ...
Parameter estimation techniques are of ever-increasing interest in the fields of medicine and biolog...
This book chapter is concerned with the modelling process in relation to respiratory physiology and ...
This volume synthesizes theoretical and practical aspects of both the mathematical and life science ...
A mathematical model of external respiration integrating component models of airway/lung mechanics, ...
Common reasons for applying mathematical modelling and computer simulation techniques to biomedical ...
Abstract Background Patient-specific respiratory mechanics models can support the evaluation of opti...
This article describes a method for estimation of lung volume that is based on the use of adaptive m...
Dynamic nonlinear models are the best choice to analyze respiratory systems and to describe system m...
A comprehensive mathematical model of the respiratory system is developed using available physiologi...
System identification and parameter estimation techniques are important tools for the modelling of c...
This chapter describes the development of dynamic models of respiratory gas exchange processes and t...
The paper describes an application of system identification techniques to the estimation of cardiac ...
Methods for the investigation of model identifiability and for test signal design have been applied ...
The development of mathematical models of physiological systems from measured response data has attr...
A serial lung model with a compressible segment has been implemented to simulate different types of ...
Parameter estimation techniques are of ever-increasing interest in the fields of medicine and biolog...
This book chapter is concerned with the modelling process in relation to respiratory physiology and ...
This volume synthesizes theoretical and practical aspects of both the mathematical and life science ...
A mathematical model of external respiration integrating component models of airway/lung mechanics, ...
Common reasons for applying mathematical modelling and computer simulation techniques to biomedical ...
Abstract Background Patient-specific respiratory mechanics models can support the evaluation of opti...
This article describes a method for estimation of lung volume that is based on the use of adaptive m...
Dynamic nonlinear models are the best choice to analyze respiratory systems and to describe system m...
A comprehensive mathematical model of the respiratory system is developed using available physiologi...
System identification and parameter estimation techniques are important tools for the modelling of c...
This chapter describes the development of dynamic models of respiratory gas exchange processes and t...
The paper describes an application of system identification techniques to the estimation of cardiac ...