Results 191 to 200 of about 35,467 (223)
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Maximum-Corrected and Chance-Corrected Measures of Effect Size for the Mantel–Haenszel Test
Psychological Reports, 2010Two measures of effect size are described for the Mantel–Haenszel test. Both measures belong to the r-family of effect size measures. One measure is based on a maximum-corrected model, and the second measure is based on a chance-corrected model.
Kenneth J, Berry +2 more
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Biometrics, 1979
The two approaches in common use for the analysis of case-control studies are cross-classification by confounding variables, and modeling the logarithm of the odds ratio as a function of exposure and confounding variables. We show here that score statistics derived from the likelihood function in the latter approach are identical to the Mantel-Haenszel
Day, N. E., Byar, D. P.
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The two approaches in common use for the analysis of case-control studies are cross-classification by confounding variables, and modeling the logarithm of the odds ratio as a function of exposure and confounding variables. We show here that score statistics derived from the likelihood function in the latter approach are identical to the Mantel-Haenszel
Day, N. E., Byar, D. P.
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Conditional Independence, the Mantel-Haenszel Test, and the Yates Correction
The American Statistician, 2000Abstract The Yates correction is often recommended as a means of improving the chi-squared approximation to the Pearson goodness-of-fit statistic in 2 × 2 tables. This article demonstrates that it is also needed for some conditional independence models in multiway tables containing two dichotomies.
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Biometrics, 1994
This paper proposes Mantel-Haenszel-type statistics for testing whether a new treatment is at least as effective as the standard treatment in comparative binomial trials. The null hypotheses considered are of a specified nonzero difference and of a ratio not equal to unity. It is shown that we may also use these tests for testing the equivalence of two
Yanagawa, T., Tango, T., Hiejima, Y.
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This paper proposes Mantel-Haenszel-type statistics for testing whether a new treatment is at least as effective as the standard treatment in comparative binomial trials. The null hypotheses considered are of a specified nonzero difference and of a ratio not equal to unity. It is shown that we may also use these tests for testing the equivalence of two
Yanagawa, T., Tango, T., Hiejima, Y.
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Variance Estimation for Differential Test Functioning Based on Mantel‐Haenszel Statistics
Journal of Educational Measurement, 1997This article concerns the simultaneous assessment of DIF for a collection of test items. Rather than an average or sum in which positive and negative DIF may cancel, we propose an index that measures the variance of DIF on a test as an indicator of the degree to which different items show DIF in different directions. It is computed from standard Mantel‐
Gregory Camilli, Douglas A. Penfield
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Chi-Square Tests with One Degree of Freedom; Extensions of the Mantel- Haenszel Procedure
Journal of the American Statistical Association, 1963Abstract A published method for analyzing multiple 2×2 contingency tables arising in retrospective studies of disease is extended in application and form. Extensions of application include comparisons of age-adjusted death rates, life-table analyses, comparisons of two sets of quantal dosage-response data, and miscellaneous laboratory applications as ...
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Small sample properties of the Mantel-Haenszel test
Biometrika, 1979SHOU-HUA LI +2 more
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An Introduction to Cochran–Mantel–Haenszel Testing and Nonparametric ANOVA
2023J.C.W. Rayner, G. C. Livingston Jr
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A test for detecting mortality trends, and a comparison with the Mantel-Haenszel test
Controlled Clinical Trials, 1982Regina C. Elandt-Johnson +1 more
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