A Comparison of Some Penalized Methods for Simultaneous Estimation and Variable Selection of the Linear Regression Model under Multicollinearity:A Simulation Study
The research introduces a comparison of some penalized methods for simultaneous variable selection and estimation of the linear regression model under multicollinearity. A simulation study was conducted to compare the performance of these methods including 120 different situations resulting from interaction of four factors: sample size, random error variance, degree of linear correlation among explanatory variables, and regression parameters of the true model. The simulation study shows that SEALASSO method outperforms SCAD and MCP methods in terms of percentage of selecting the true model, and competes favorably with them in terms of estimation accuracy
Sharkas, H. K. I. A. (2017). A Comparison of Some Penalized Methods for Simultaneous Estimation and Variable Selection of the Linear Regression Model under Multicollinearity:A Simulation Study. Journal of Alexandria University for Administrative Sciences, 54(1), 219-236. doi: 10.21608/acj.2017.44536
MLA
Heba Khames IBrahim Ahmed Sharkas. "A Comparison of Some Penalized Methods for Simultaneous Estimation and Variable Selection of the Linear Regression Model under Multicollinearity:A Simulation Study", Journal of Alexandria University for Administrative Sciences, 54, 1, 2017, 219-236. doi: 10.21608/acj.2017.44536
HARVARD
Sharkas, H. K. I. A. (2017). 'A Comparison of Some Penalized Methods for Simultaneous Estimation and Variable Selection of the Linear Regression Model under Multicollinearity:A Simulation Study', Journal of Alexandria University for Administrative Sciences, 54(1), pp. 219-236. doi: 10.21608/acj.2017.44536
VANCOUVER
Sharkas, H. K. I. A. A Comparison of Some Penalized Methods for Simultaneous Estimation and Variable Selection of the Linear Regression Model under Multicollinearity:A Simulation Study. Journal of Alexandria University for Administrative Sciences, 2017; 54(1): 219-236. doi: 10.21608/acj.2017.44536