public class OLSRegression
extends java.lang.Object
implements java.io.Serializable
The OLS estimator is consistent when the regressors are exogenous and there is no multicollinearity, and optimal in the class of linear unbiased estimators when the errors are homoscedastic and serially uncorrelated. OLS can be derived as a maximum likelihood estimator under the assumption that the errors are normally distributed, however the method has good statistical properties for a much broader class of distributions (except for efficiency).
| Modifier and Type | Field and Description |
|---|---|
Beta |
beta
the \(\hat{\beta}\) statistics
|
Diagnostics |
diagnostics
the diagnostic measures of this linear regression
|
InformationCriteria |
informationCriteria
the model selection criteria
|
LMProblem |
problem
the ordinary linear regression problem to be solved
|
Residuals |
residuals
the residual analysis of this OLS regression
|
| Constructor and Description |
|---|
OLSRegression(LMProblem problem)
Construct an OLSRegression instance.
|
public final LMProblem problem
public final Beta beta
public final Residuals residuals
public final Diagnostics diagnostics
public final InformationCriteria informationCriteria
public OLSRegression(LMProblem problem)
problem - the linear regression problem to be solved