The ANOVA-F test is the most known procedure for comparing at least three population means. However, this conventional test might give misleading results when it’s underlying assumptions are violated. In this study, Welch’s test with trimmed mean, Welch’s test with trimmed mean and a bootstrap-t, newly proposed test and ANOVA-F test were compared in terms of actual Type I error rates under not only non-normality and heteroscedasticity, but also with non-identical distribution shapes. The newly proposed method outperformed ANOVA-F and other alternatives under various situations
The ANOVA-F test is the most popular and commonly used procedure for comparing J independent groups....
Student's t-test and classical F-test ANOVA rely on the assumptions that two or more samples are ind...
Student's t-test and classical F-test ANOVA rely on the assumptions that two or more samples are ind...
In this journal, Zimmerman (2004, 2011) has discussed preliminary tests that researchers often use t...
It is well known that the conventional method for comparing j independent groups, one-way ANOVA F-te...
We consider inferences in a one-way ANOVA model with equicorrelation error structures. Hypotheses of...
ii It is common that two populations are to be compared, and one objective is to test the null hypot...
In this paper, we introduce an alternative to Yuen’s test for the comparison of several population t...
This paper considers the problem of comparing several means under the one-way Analysis of Variance (...
In calculating mean equality for two or more groups, Analysis of Variance (ANOVA) is a ...
Attention is restricted to a method called Analysis of variance (ANOVA) that is used to compare expe...
The classical F-test for unequal means in a one-way ANOVA is known to be misleading when the populat...
A robust test for the one-way ANOVA model under heteroscedasticity is developed in this paper. The d...
Numerous investigations have examined the effects of variance heterogeneity on the empirical probabi...
Often, when testing for shift in location, researchers will utilize nonparametric statistical tests ...
The ANOVA-F test is the most popular and commonly used procedure for comparing J independent groups....
Student's t-test and classical F-test ANOVA rely on the assumptions that two or more samples are ind...
Student's t-test and classical F-test ANOVA rely on the assumptions that two or more samples are ind...
In this journal, Zimmerman (2004, 2011) has discussed preliminary tests that researchers often use t...
It is well known that the conventional method for comparing j independent groups, one-way ANOVA F-te...
We consider inferences in a one-way ANOVA model with equicorrelation error structures. Hypotheses of...
ii It is common that two populations are to be compared, and one objective is to test the null hypot...
In this paper, we introduce an alternative to Yuen’s test for the comparison of several population t...
This paper considers the problem of comparing several means under the one-way Analysis of Variance (...
In calculating mean equality for two or more groups, Analysis of Variance (ANOVA) is a ...
Attention is restricted to a method called Analysis of variance (ANOVA) that is used to compare expe...
The classical F-test for unequal means in a one-way ANOVA is known to be misleading when the populat...
A robust test for the one-way ANOVA model under heteroscedasticity is developed in this paper. The d...
Numerous investigations have examined the effects of variance heterogeneity on the empirical probabi...
Often, when testing for shift in location, researchers will utilize nonparametric statistical tests ...
The ANOVA-F test is the most popular and commonly used procedure for comparing J independent groups....
Student's t-test and classical F-test ANOVA rely on the assumptions that two or more samples are ind...
Student's t-test and classical F-test ANOVA rely on the assumptions that two or more samples are ind...