| compDerEstError_exp | Rule-of-Thumb bandwidth selectors in a location-scale setting without using the one-to-one mapping |
| compDerEst_exp | Rule-of-Thumb bandwidth selectors |
| expectreg_loclin_bivariate | Local linear expectile regression (iterative procedure) for a bivariate covariate case |
| expectreg_loclin_trivariate | Local linear expectile regression (iterative procedure) for a trivariate covariate case |
| expectreg_locpol | Local polynomial expectile regression (iterative procedure), univariate covariate |
| findroot | One-to-one mapping relating expectiles and quantiles |
| h_GenROT | Rule-of-Thumb bandwidth selectors |
| h_GenROT_bivariate | Rule-of-Thumb bandwidth selectors for bivariate covariate setting |
| h_GenROT_with | Rule-of-Thumb bandwidth selectors in a location-scale setting using the one-to-one mapping |
| h_GenROT_without | Rule-of-Thumb bandwidth selectors in a location-scale setting without using the one-to-one mapping |
| h_pluginBw | Quantile-based bandwidth selectors based on the plug-in bandwidth selector for mean regression |
| h_thumbBw | Quantile-based bandwidth selectors based on the Rule-of-Thumb selector for mean regression |
| mcycle | Data from a Simulated Motorcycle Accident |
| ParLin_expectreg_hetero | Partially linear expectile regression with different possible heteroscedastic error and univariate variable in the nonparametric function |
| ParLin_expectreg_homo_biv | Partially linear expectile regression with a homoscedastic error and a bivariate variable in the nonparametric function |
| ParLin_expectreg_homo_uni | Partially linear expectile regression with a homoscedastic error and a univariate variable in the nonparametric function |