invert_Un_tilde

Finds the number of successes S based on the upper limit of the confidence
sequence vased on the construction by Robbins (1970) (e.g. via the function
Un_tilde()).

internal

Anytime-valid sequential estimation of the p-value of a test calibrated by Monte-Carlo simulation, as described in Stoepker & Castro (2024) <doi:10.48550/arXiv.2409.18908>.

Ivo V. Stoepker

avseqmc

Anytime-Valid Sequential Estimation of Monte-Carlo p-Values

Rui M. Castro

invert_Un_tilde function

<dl><dt>Un_tilde</dt>
<dd>Upper confidence limit of the confidence sequence by Robbins
(1970).</dd>
<dt>n</dt>
<dd>number of Monte-Carlo samples used.</dd>
<dt>epsilon</dt>
<dd>resampling risk of the p-value estimate ptilde.</dd></dl>

Arguments

Finds the number of successes S based on the upper limit of the confidence
sequence vased on the construction by Robbins (1970) (e.g. via the function
Un_tilde()). — invert_Un_tilde

<dl>

<dt>Un_tilde</dt>
<dd>Upper confidence limit of the confidence sequence by Robbins
(1970).</dd>


<dt>n</dt>
<dd>number of Monte-Carlo samples used.</dd>


<dt>epsilon</dt>
<dd>resampling risk of the p-value estimate ptilde.</dd>

</dl>

Finds the number of successes S based on the upper limit of the confidence
sequence vased on the construction by Robbins (1970) (e.g. via the function
Un_tilde()).

invert_Un_tilde: Finds the number of successes S based on the upper limit of the confidence sequence vased on the construction by Robbins (1970) (e.g. via the function Un_tilde()).

Description

Usage

Value

Arguments