In this article, an algorithm and code to compute exact critical values (or percentiles) for Kruskal-Wallis test on k independent treatment populations with equal or unequal sample sizes using Visual Basic (VB.NET) is provided. This program has the ability to calculate critical values for any k , sample sizes (ni ) , and significance level (α ) . An exact critical value table for k = 4 is also developed. The table will be useful to practitioners since it is not available in standard nonparametric statistics texts. The program can also be used to compute any other critical values
The thesis is presented in two parts, (a) "Nonparametric Analysis of Variance", and (b) "An Asymp...
One of the most widely used goodness-of-fit tests is the Kolmogorov-Smirnov (KS) family of tests whi...
Efficient rational arithmetic methods that can exactly evaluate the cumulative sampling distribution...
A Fortran 77 subroutine is provided for computing exact critical values for the Kruskal- Wallis test...
Provided in this article is an algorithm and code for computing exact critical values (or percentile...
The exhaustive enumeration of all the permutations of the observations in an experiment is the only ...
Researchers engaged in computer-intensive studies may need exact critical values, especially for sam...
The Kruskal-Wallis test is a non-parametric test for the equality of K population medians. The test ...
Data collected in many biology laboratory classes are on ratio or interval scales where the size int...
The bachelor thesis focuses on the One-way ANOVA and its nonparametric counterpart the Kruskal-Walli...
The relative power of three possible experimental designs under the condition that data is to be ana...
The following files accompany this module: F-Distribution_.01.pdf F-Distribution_.01.xls F-Distrib...
Uma das principais dificuldades encontradas pelos pesquisadores na utilização da Estatística Experim...
<p>*Exact Kruskal-Wallis test-statistics results.</p><p>Nonparametric Response Table<sup><a href="ht...
In this paper we consider the analysis of variance (ANOVA) F-tests, and rank statistic analogs, for ...
The thesis is presented in two parts, (a) "Nonparametric Analysis of Variance", and (b) "An Asymp...
One of the most widely used goodness-of-fit tests is the Kolmogorov-Smirnov (KS) family of tests whi...
Efficient rational arithmetic methods that can exactly evaluate the cumulative sampling distribution...
A Fortran 77 subroutine is provided for computing exact critical values for the Kruskal- Wallis test...
Provided in this article is an algorithm and code for computing exact critical values (or percentile...
The exhaustive enumeration of all the permutations of the observations in an experiment is the only ...
Researchers engaged in computer-intensive studies may need exact critical values, especially for sam...
The Kruskal-Wallis test is a non-parametric test for the equality of K population medians. The test ...
Data collected in many biology laboratory classes are on ratio or interval scales where the size int...
The bachelor thesis focuses on the One-way ANOVA and its nonparametric counterpart the Kruskal-Walli...
The relative power of three possible experimental designs under the condition that data is to be ana...
The following files accompany this module: F-Distribution_.01.pdf F-Distribution_.01.xls F-Distrib...
Uma das principais dificuldades encontradas pelos pesquisadores na utilização da Estatística Experim...
<p>*Exact Kruskal-Wallis test-statistics results.</p><p>Nonparametric Response Table<sup><a href="ht...
In this paper we consider the analysis of variance (ANOVA) F-tests, and rank statistic analogs, for ...
The thesis is presented in two parts, (a) "Nonparametric Analysis of Variance", and (b) "An Asymp...
One of the most widely used goodness-of-fit tests is the Kolmogorov-Smirnov (KS) family of tests whi...
Efficient rational arithmetic methods that can exactly evaluate the cumulative sampling distribution...