example 11.107 Degrading a local five sigma

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example 11.107: Degrading a local five sigma11.107corollary 11.89: Degrees of freedom with nuisance parameters11.89proposition 11.93: Z=\sqrtq11.93proposition 11.98: Union bound and the naive estimate11.98theorem 11.101: Davies' bound11.101theorem 11.103: Level dependence of the mean upcrossing count11.103definition 11.70: Profile likelihood11.70theorem 11.88: Wilks11.88remark 11.90: Failure I: a parameter on the boundary11.90proof : ch:09-probability-statistics@proof-40proofcorollary 11.82: The one degree of freedom tail11.82definition 11.92: Significance11.92equation 11.86: eq:prob-chernoff11.86proposition 113.15: Why categorizing helps, and by how much113.15proposition 113.12: Sensitivity is set by ratio, not by rate113.12proof : ch:09-probability-statistics@proof-41proofdefinition 11.96: Local, global, trials factor11.96proof : ch:09-probability-statistics@proof-43proofdefinition 11.100: Upcrossings11.100lemma 11.50: Markov and Chebyshev inequalities11.50theorem 7.23: Intermediate value theorem7.23corollary 11.105: Trials factor at high significance11.105proof : ch:09-probability-statistics@proof-44prooftheorem 11.102: Rice's formula11.102proof : ch:09-probability-statistics@proof-45proof

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typedirectionnode provenancewhere
depends_on Degrees of freedom with nuisance parameters declared parts/02-mathematical-methods/09-probability-statistics.tex:3350
depends_on $Z=\sqrt{q}$ declared parts/02-mathematical-methods/09-probability-statistics.tex:3350
depends_on Union bound and the naive estimate declared parts/02-mathematical-methods/09-probability-statistics.tex:3350
depends_on Davies' bound declared parts/02-mathematical-methods/09-probability-statistics.tex:3350
depends_on Level dependence of the mean upcrossing count declared parts/02-mathematical-methods/09-probability-statistics.tex:3350