Respiratory parameter estimation in linear lung models
If the respiratory system is represented as a one compartment model composed of linear
electrical elements, the Minimum Variance Unbiased Estimation (MVUE) is the optimum
statistical method to estimate the model parameters. Two well known linear models, RIC and
Viscoelastic models were chosen and their parameters were estimated by MVUE. Synthetic
data simulations showed that minimum 100Hz sampling rate is required in order to have
minimum variance. Estimation of lung inertance and viscoelastic tissue compliance …
electrical elements, the Minimum Variance Unbiased Estimation (MVUE) is the optimum
statistical method to estimate the model parameters. Two well known linear models, RIC and
Viscoelastic models were chosen and their parameters were estimated by MVUE. Synthetic
data simulations showed that minimum 100Hz sampling rate is required in order to have
minimum variance. Estimation of lung inertance and viscoelastic tissue compliance …
RESPIRATORY PARAMETER ESTIMATION IN LINEAR LUNG MODELS
If the respiratory system Is represented as a one compartment model composed of linear
electrical elements, the Minimum Variance Unbiased Estimation (MVUE) Is the optimum
statistical method to estimate the model parameters. Two well known linear models, RIC and
Viscoelastic models were chosen and their parameters were estimated by MVUE. Synthetic
data simulations showed that minimum 100Hz sampling rate is required in order to have
minimum variance. Estimation of lung inertance and viscoelastic tissue compliance …
electrical elements, the Minimum Variance Unbiased Estimation (MVUE) Is the optimum
statistical method to estimate the model parameters. Two well known linear models, RIC and
Viscoelastic models were chosen and their parameters were estimated by MVUE. Synthetic
data simulations showed that minimum 100Hz sampling rate is required in order to have
minimum variance. Estimation of lung inertance and viscoelastic tissue compliance …
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