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pccemg1

Mean group common correlated effects estimator

CALLING SEQUENCE

 rp=pccemg1(y,index,x)

PARAMETERS

Input

• y = a (nobs*nindiv x 1) matrix of all of the individual's observations vertically concatenated. This matrix must include in the first column the dependent variable, the independent variables must follow accordingly.

• index = index vector that identifies each observation with an individual e.g. 1 (first 2 observations for individual # 1) 1 2 (next 1 observation for individual # 2) 3 (next 3 observations for individual # 3) 3 3

• x = (nobs*nindinv x k) matrix of exogeneous variables

Output

• res = a tlist with

• rp('meth')='CCEMG'

• rp('y') = y data vector

• rp('x') = x data matrix

• rp('nobs') = nobs

• rp('nvar') = nvars

• rp('beta') = bhat

• rp('betai') = individual regression coefficients

• rp('w') = vector of individual weights

• rp('yhat') = yhat

• rp('resid') = residuals

• rp('vcovar') = estimated variance-covariance matrix of the CCCEP estimators

• rp('sige') = estimated variance of the residuals

• rp('sigu') = sum of squared residuals

• rp('ser') = standard error of the regression

• rp('tstat') = t-stats (CCEP estimators and fixed effects)

• rp('pvalue') = pvalue of the betas

• rp('condindex') = multicolinearity cond index

• rp('prescte') = boolean indicating the presence or absence of a constant in the regression

DESCRIPTION

Pesaran's common correlated effects mean group estimator for heterogeneous panel models.

AUTHOR

Emmanuel Michaux 2013

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