Add to ORKGMethods for the investigation of model identifiability and for test signal design have been applied to homogeneous models of the gas exchanging processes of the lungs. The analysis has provided valuable information which is applicable to the development of practical techniques for the non-invasive estimation of cardiopulmonary quantities using system identification techniques
We have implemented a real-time simulator of gas-exchange in the human body and lung. The system rea...
Understanding pulmonary gas exchange performance is a dynamic process which, depending on clinical c...
A serial lung model with a compressible segment has been implemented to simulate different types of ...
In a mathematical representation of a physiological system variables of the model usually correspond...
The paper describes an application of system identification techniques to the estimation of cardiac ...
This chapter describes the development of dynamic models of respiratory gas exchange processes and t...
A combination of identifiability analysis, careful application of test signal design methods and sys...
This chapter describes approaches to the modelling of respiratory gas exchange processes. Steady-sta...
This thesis describes an application of the techniques of modelling and time-domain system identific...
In an effort to quantitate pulmonary dysfunction in patients with respiratory failure, a mathematica...
This thesis is concerned with an approach to the assessment of respiratory gas transport in individu...
Inhomogeneity in the lung impairs gas exchange and can be an early marker of lung disease. We hypoth...
A mathematical model of external respiration integrating component models of airway/lung mechanics, ...
The mechanisms of gas transport in the lung occur within the detailed morphometry of the conducting ...
A comprehensive mathematical model of the respiratory system is developed using available physiologi...
We have implemented a real-time simulator of gas-exchange in the human body and lung. The system rea...
Understanding pulmonary gas exchange performance is a dynamic process which, depending on clinical c...
A serial lung model with a compressible segment has been implemented to simulate different types of ...
In a mathematical representation of a physiological system variables of the model usually correspond...
The paper describes an application of system identification techniques to the estimation of cardiac ...
This chapter describes the development of dynamic models of respiratory gas exchange processes and t...
A combination of identifiability analysis, careful application of test signal design methods and sys...
This chapter describes approaches to the modelling of respiratory gas exchange processes. Steady-sta...
This thesis describes an application of the techniques of modelling and time-domain system identific...
In an effort to quantitate pulmonary dysfunction in patients with respiratory failure, a mathematica...
This thesis is concerned with an approach to the assessment of respiratory gas transport in individu...
Inhomogeneity in the lung impairs gas exchange and can be an early marker of lung disease. We hypoth...
A mathematical model of external respiration integrating component models of airway/lung mechanics, ...
The mechanisms of gas transport in the lung occur within the detailed morphometry of the conducting ...
A comprehensive mathematical model of the respiratory system is developed using available physiologi...
We have implemented a real-time simulator of gas-exchange in the human body and lung. The system rea...
Understanding pulmonary gas exchange performance is a dynamic process which, depending on clinical c...
A serial lung model with a compressible segment has been implemented to simulate different types of ...