<p>Estimated RMR time series by means of linear regression, TEE averaging for zero activity, Kalman filtering and penalised spline modelling are shown for a typical simulated (<b>A</b>) and experimental (<b>B</b>) dataset. The overall estimation accuracy in average RMR (<b>C</b>) and time-dependent RMR (<b>D</b>) was calculated based on 500 simulated datasets (expressed as Root Mean Square Error). For the estimation error in the average RMR the bias-variance decomposition was calculated to gain more insight in the origin of the error (<b>E</b>). Error bars indicate half the standard deviation.</p
A general family of tracking algorithms for linear regression models is studied. It includes the fam...
The effect of variance estimation of regression coefficients when disturbances are serially correlat...
Comparison calibration designs are rank insufficient to permit a purely batch estimation of paramete...
<p>The accuracy of the penalised spline model in estimating the average and time-dependent RMR deter...
<p>Predictive accuracy evaluated via the root mean square error (RMSE) of autoregressive integrated ...
The empirical performance of linear mean estimators satisfying some optimality conditions was studie...
The present study investigates parameter estimation under the simple linear regression model for sit...
Abstract: We have comparatively assessed five regression performance metrics namely, Mean Absolute E...
RMS errors were calculated over all nucleotides in our database. Error calculations were carried out...
Error in time-series reproduction using the random factor model (dashed gray curve) and PCA (black s...
The efficiency of estimation procedures and the validity of testing procedures in simple and multipl...
<p>Average of root mean squared errors of 99 regression models and average of running timings (unit:...
This work disusses estimates based on rounded data. The work describes the estimates of parameters i...
his paper examines the panel data models when the regression coefficients are fixed, random, and mix...
A general family of tracking algorithms for linear regression models is studied. It includes the fam...
A general family of tracking algorithms for linear regression models is studied. It includes the fam...
The effect of variance estimation of regression coefficients when disturbances are serially correlat...
Comparison calibration designs are rank insufficient to permit a purely batch estimation of paramete...
<p>The accuracy of the penalised spline model in estimating the average and time-dependent RMR deter...
<p>Predictive accuracy evaluated via the root mean square error (RMSE) of autoregressive integrated ...
The empirical performance of linear mean estimators satisfying some optimality conditions was studie...
The present study investigates parameter estimation under the simple linear regression model for sit...
Abstract: We have comparatively assessed five regression performance metrics namely, Mean Absolute E...
RMS errors were calculated over all nucleotides in our database. Error calculations were carried out...
Error in time-series reproduction using the random factor model (dashed gray curve) and PCA (black s...
The efficiency of estimation procedures and the validity of testing procedures in simple and multipl...
<p>Average of root mean squared errors of 99 regression models and average of running timings (unit:...
This work disusses estimates based on rounded data. The work describes the estimates of parameters i...
his paper examines the panel data models when the regression coefficients are fixed, random, and mix...
A general family of tracking algorithms for linear regression models is studied. It includes the fam...
A general family of tracking algorithms for linear regression models is studied. It includes the fam...
The effect of variance estimation of regression coefficients when disturbances are serially correlat...
Comparison calibration designs are rank insufficient to permit a purely batch estimation of paramete...