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MATLAB implementation of the DF-GLS unit root test of Elliott, Rothenberg & Stock (1996), with 3 optimal lag-length selection methods (SIC, MAIC, Sequential-t) for selecting the lagged terms in the underlying ADF regression.

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Dickey-Fuller GLS test for MATLAB

The MATLAB DFGLS function implements unit-root testing using the DF-GLS test of Elliott, Rothenberg & Stock (1996), allowing for 3 methods for choosing the optimal lag-length in the underlying Augmented Dickey-Fuller (ADF) regression. The methods for selecting the optimal number of lags are:

  • SIC,
  • MAIC by Ng-Perron (2001), and the
  • Sequential t-test by Ng-Perron (1995).

Note

For a quick tutorial and a comparison to Stata®'s dfgls function, see the Examples section in File Exchange, or the included .mlx file.

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MATLAB implementation of the DF-GLS unit root test of Elliott, Rothenberg & Stock (1996), with 3 optimal lag-length selection methods (SIC, MAIC, Sequential-t) for selecting the lagged terms in the underlying ADF regression.

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