Abstract:
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Modern scientific investigations, notably in genome-wide association and neuroimaging studies, often give rise to multiple testing problems for hypotheses that are classified according to multiple criteria. This creates a situation where the significance of a hypothesis needs to be carefully assessed by taking into account the underlying classification structure. We refer to a set of hypotheses as one-way classified hypotheses if they are classified according to one criterion, and as two-way classified hypotheses if they are classified according to two different criteria. This talk presents some newer results on controlling false discoveries while testing multiple hypotheses that appear in one-way and two-way classified forms.
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