FDRsampsize: Compute Sample Size that Meets Requirements for Average Power and FDR
Version 1.0

Defines a collection of functions to compute average power and sample size for studies that use the false discovery rate as the final measure of statistical significance.

AuthorStan Pounds <stanley.pounds@stjude.org>
Date of publication2016-01-15 10:28:09
MaintainerStan Pounds <stanley.pounds@stjude.org>
LicenseGPL-2
Version1.0
Package repositoryView on CRAN
InstallationInstall the latest version of this package by entering the following in R:
install.packages("FDRsampsize")

Getting started

Package overview

Popular man pages

average.power: Compute average power for a given sample size
fdr.power: Compute the average power at a specific FDR control level
FDRsampsize-package: An R package to Perform Power and Sample Size Calculations...
n.fdr: Find the sample size that meets desired FDR and power...
power.hart: Compute Power for RNA-seq Experiments Assuming Negative...
power.ranksum: Compute power of the rank-sum test
power.signtest: Compute power of the sign test
See all...

All man pages Function index File listing

Man pages

afdr: Compute the anticipated FDR
alpha.fdr: Find the fixed p-value threshold that controls the FDR at a...
alpha.power: Find the p-value threshold that gives a specified average...
average.power: Compute average power for a given sample size
fdr.power: Compute the average power at a specific FDR control level
fdr.sampsize: Determine sample size required to achieve a desired average...
FDRsampsize-package: An R package to Perform Power and Sample Size Calculations...
n.fdr: Find the sample size that meets desired FDR and power...
pi.star: Compute the anticipated null proportion estimate
power.cox: Compute the power of a single-predictor Cox regression model
power.hart: Compute Power for RNA-seq Experiments Assuming Negative...
power.li: Compute Power for RNA-Seq Experiments Assuming Poisson...
power.onesampt: Compute power of the one-sample t-test
power.oneway: Compute power of one-way ANOVA
power.ranksum: Compute power of the rank-sum test
power.signtest: Compute power of the sign test
power.tcorr: Compute Power of the t-test for non-zero correlation
power.twosampt: Compute power of the two-samples t-test

Functions

FDRsampsize Man page
FDRsampsize-package Man page Man page
afdr Man page Source code
alpha.fdr Man page Source code
alpha.power Man page Source code
average.power Man page Source code
fdr.power Man page Source code
fdr.sampsize Man page Source code
n.fdr Man page Source code
pi.star Man page Source code
power.cox Man page Source code
power.hart Man page Source code
power.li Man page Source code
power.onesampt Man page Source code
power.oneway Man page Source code
power.ranksum Man page Source code
power.signtest Man page Source code
power.tcorr Man page Source code
power.twosampt Man page Source code
print.fdr.sampsize Man page Source code

Files

NAMESPACE
R
R/fdr-sampsize-v1.0e.R
MD5
DESCRIPTION
man
man/fdr.power.Rd
man/afdr.Rd
man/alpha.fdr.Rd
man/fdr.sampsize.Rd
man/alpha.power.Rd
man/FDRsampsize-package.Rd
man/n.fdr.Rd
man/power.onesampt.Rd
man/power.signtest.Rd
man/power.oneway.Rd
man/power.hart.Rd
man/power.twosampt.Rd
man/power.tcorr.Rd
man/power.ranksum.Rd
man/pi.star.Rd
man/power.cox.Rd
man/average.power.Rd
man/power.li.Rd
FDRsampsize documentation built on May 19, 2017, 10:09 p.m.