Fiducial inference: Difference between revisions
Change "Fisher says" to "Fisher might say"
(Change "Fisher says" to "Fisher might say") 

Thus
:<math>a = (1\alpha)^{\frac{1}{n}} .</math>
Then Fisher
:<math>P\left(\omega < \frac{X}{a}\right) = \alpha .</math>
In this latter statement, ω is now regarded as a [[random variable]] and ''X'' is fixed, whereas previously it was the other way round. This distribution of ω is the ''fiducial distribution'' which may be used to form fiducial intervals.
