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RESEARCH PRODUCT
Global and multiple test procedures using ordered p-values—a review
Gerhard HommelGudrun BernhardMarkus Kleinsubject
Statistics and ProbabilityGeneral methodTest proceduresJoint probability distributionExistential quantificationStatisticsApplied mathematicsStatistics Probability and UncertaintyConstruct (philosophy)Statistical hypothesis testingMathematicsDynamic testingTest (assessment)description
This paper reviews global and multiple tests for the combination ofn hypotheses using the orderedp-values of then individual tests. In 1987, Rohmel and Streitberg presented a general method to construct global level α tests based on orderedp-values when there exists no prior knowledge regarding the joint distribution of the corresponding test statistics. In the case of independent test statistics, construction of global tests is available by means of recursive formulae presented by Bicher (1989), Kornatz (1994) and Finner and Roters (1994). Multiple test procedures can be developed by applying the closed test principle using these global tests as building blocks. Liu (1996) proposed representing closed tests by means of “critical matrices” which contain the critical values of the global tests. Within the framework of these theoretical concepts, well-known global tests and multiple test procedures are classified and the relationships between the different tests are characterised.
year | journal | country | edition | language |
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2004-01-01 | Statistical Papers |