STAND (version 2.0)

nptl: Nonparametric Upper Tolerance Limit

Description

Given a random sample of size n from a continuous distribution, then, with a confidence level of at least $\gamma$, at least 100p percent of the population will be below the kth largest value in the sample.

Usage

nptl(n , p = 0.95, gam = 0.95)

Arguments

n

the sample size

p

probability for Xp the 100pth percentile. Default is 0.95

gam

one-sided confidence level $\gamma$. Default is 0.95

Value

References

Sommerville, P. N. (1958), "Tables for Obtaining Non-Parametric Confidence Limits," Annals of Mathematical Statistics, 29, 599-601.

Examples

data(beTWA)
k<- nptl(length(beTWA[,1]))
rev(sort(beTWA[,1]))[k]