2020
DOI: 10.1080/13504851.2020.1761526
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Fractional frequency flexible Fourier form (FFFFF) for panel cointegration test

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Cited by 32 publications
(21 citation statements)
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“…A new panel Fourier co‐integration test, following the studies of Emirmahmutoglu and Omay (2014), Olayeni et al (2021), Omay (2015), and Palm et al (2011) which considers both cross‐section dependence and smooth transition breaks they have suggested. In this approach, structural breaks are taken into account with the Fourier method, while cross‐section dependence is taken into account with the bootstrap method.…”
Section: Data Set and Methodologymentioning
confidence: 99%
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“…A new panel Fourier co‐integration test, following the studies of Emirmahmutoglu and Omay (2014), Olayeni et al (2021), Omay (2015), and Palm et al (2011) which considers both cross‐section dependence and smooth transition breaks they have suggested. In this approach, structural breaks are taken into account with the Fourier method, while cross‐section dependence is taken into account with the bootstrap method.…”
Section: Data Set and Methodologymentioning
confidence: 99%
“…The panel cointegration test used here is actually an improved version of the Engle‐Granger test. Following the study of Olayeni et al (2021), panel Fourier bootstrap cointegration is estimated as follows. First of all (1) Equation () OLS predicted with (uit) residues are obtained, (2) uit using uit=ρiuitalicit1+εit0.25em OLS is estimated and ρtruêi determines.…”
Section: Data Set and Methodologymentioning
confidence: 99%
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“…The suggested test mainly consists of two-stage; at the first stage, structural changes are considered using a Fourier function, and at the second, the threshold panel unit root test is applied. So, by following the studies Christopoulos and Le on-Ledesma 46,47 and Olayeni et al, 51 we first estimate the following model:…”
Section: Methodsmentioning
confidence: 99%