The sign test was developed to examine the median difference of paired samples. Ignorance of ties - that is, zero differences - in the sign test can substantially inflate the Type I error rate. A uniformly most powerful test has been developed to test for the symmetry of the positive and negative differences but little attention has been given about inferences concerning the median difference when ties are abundant. This article examines a simple modified sign test which can be implemented in most computer packages and a likelihood ratio test.link_to_subscribed_fulltex
The classical sign test usually provides very bad power for certain alternatives. We present a gene...
We extend previous studies of the effects of skewness, kurtosis, and shifting of the location parame...
Thesis (M.A.)--Boston UniversityIn most of the non-parametric methods, only a few general assumption...
In the paired data setting, the sign test is often described in statistical textbooks as a test for ...
The sign rank test is taught in virtually all introductory Statistics classes. When teaching the sig...
textabstractThis paper develops a new test, the trinomial test, for pairwise ordinal data samples to...
This paper considers the one-sample sign test for data obtained from general ranked set sampling whe...
This paper presents and statistically compares eight alternative methods that could possibly be used...
New sign tests for testing equality of conditional distributions of two (arbitrary) adapted processe...
This paper develops a new test, the trinomial test, for pairwise ordinal data samples to improve the...
peer reviewedThe Wilcoxon matched pairs signed ranks (WMPSR) test is one of the most common statisti...
The one-sample Wilcoxon signed rank test was originally designed to test for a specified median, und...
[[abstract]]We propose a new test for symmetry about a known center. The test utilizes information o...
A two-sample test is studied which rejects the null hypothesis of equal population medians when two ...
The t test is classic for testing a paired comparison when the distribution of difference scores fro...
The classical sign test usually provides very bad power for certain alternatives. We present a gene...
We extend previous studies of the effects of skewness, kurtosis, and shifting of the location parame...
Thesis (M.A.)--Boston UniversityIn most of the non-parametric methods, only a few general assumption...
In the paired data setting, the sign test is often described in statistical textbooks as a test for ...
The sign rank test is taught in virtually all introductory Statistics classes. When teaching the sig...
textabstractThis paper develops a new test, the trinomial test, for pairwise ordinal data samples to...
This paper considers the one-sample sign test for data obtained from general ranked set sampling whe...
This paper presents and statistically compares eight alternative methods that could possibly be used...
New sign tests for testing equality of conditional distributions of two (arbitrary) adapted processe...
This paper develops a new test, the trinomial test, for pairwise ordinal data samples to improve the...
peer reviewedThe Wilcoxon matched pairs signed ranks (WMPSR) test is one of the most common statisti...
The one-sample Wilcoxon signed rank test was originally designed to test for a specified median, und...
[[abstract]]We propose a new test for symmetry about a known center. The test utilizes information o...
A two-sample test is studied which rejects the null hypothesis of equal population medians when two ...
The t test is classic for testing a paired comparison when the distribution of difference scores fro...
The classical sign test usually provides very bad power for certain alternatives. We present a gene...
We extend previous studies of the effects of skewness, kurtosis, and shifting of the location parame...
Thesis (M.A.)--Boston UniversityIn most of the non-parametric methods, only a few general assumption...