We propose a (trend) stationarity test with a good finite sample size even when a process is (trend) stationary with strong persistence; this is useful for distinguishing between a (trend) stationary process with strong persistence and a unit root process. It could be considered as a modified version of Leybourne and McCabe's test (1994, LMC), but with a different correction method for serial correlation. A Monte Carlo simulation reveals that in terms of empirical size, our test is closer to the nominal one than the original LMC test and is more powerful than the LMC test with size-adjusted critical values.LM test, stationary, unit root
This paper proposes residual-based tests for the null of level- and trend-stationarity, which are an...
It is well known that the main difference between a stationary (or trend-stationary) process and a p...
A unified framework, stringency criterion have been used to compare the six panel unit root tests ha...
We propose a (trend) stationarity test with a good finite sample size even when a process is (trend)...
It is common in applied econometrics to test a highly persistent process under the null hypothesis a...
This paper proposes a new stationarity test based on the KPSS test with less size distortion. We ext...
The framework of stationarity testing is extended to allow a generic smooth trend function estimated...
Abstract: Tests of the null hypothesis of stationarity against the unit root alternative play an in...
Tests of the null hypothesis of stationarity against the unit root alternative play an increasingly ...
This paper reconsiders the nature of the trends (i.e. deterministic or stochastic) in macroeconomic ...
To specify an econometric model with time series data, it is important to determine the order of int...
The investigation of the presence of structural change in economic and financial series is a major p...
Techniques for testing the null hypothesis of difference stationarity against stationarity around so...
This paper considers testing procedures for the null hypothesis of a unit root process against the a...
In this paper, performance of the KPSS tests of Kwiatkowski et al. (Journal of Economics, 54, 159-78...
This paper proposes residual-based tests for the null of level- and trend-stationarity, which are an...
It is well known that the main difference between a stationary (or trend-stationary) process and a p...
A unified framework, stringency criterion have been used to compare the six panel unit root tests ha...
We propose a (trend) stationarity test with a good finite sample size even when a process is (trend)...
It is common in applied econometrics to test a highly persistent process under the null hypothesis a...
This paper proposes a new stationarity test based on the KPSS test with less size distortion. We ext...
The framework of stationarity testing is extended to allow a generic smooth trend function estimated...
Abstract: Tests of the null hypothesis of stationarity against the unit root alternative play an in...
Tests of the null hypothesis of stationarity against the unit root alternative play an increasingly ...
This paper reconsiders the nature of the trends (i.e. deterministic or stochastic) in macroeconomic ...
To specify an econometric model with time series data, it is important to determine the order of int...
The investigation of the presence of structural change in economic and financial series is a major p...
Techniques for testing the null hypothesis of difference stationarity against stationarity around so...
This paper considers testing procedures for the null hypothesis of a unit root process against the a...
In this paper, performance of the KPSS tests of Kwiatkowski et al. (Journal of Economics, 54, 159-78...
This paper proposes residual-based tests for the null of level- and trend-stationarity, which are an...
It is well known that the main difference between a stationary (or trend-stationary) process and a p...
A unified framework, stringency criterion have been used to compare the six panel unit root tests ha...