Sequential: Exact Sequential Analysis for Poisson and Binomial Data
Version 2.3.1

Functions to calculate exact critical values, statistical power, expected time to signal and required sample sizes for performing exact sequential analysis. All these calculations can be done for either Poisson or binomial data, for continuous or group sequential analyses, and for different types of rejection boundaries. In case of group sequential analyses, the group sizes do not have to be specified in advance and the alpha spending can be arbitrarily settled.

AuthorIvair Ramos Silva and Martin Kulldorff
Date of publication2017-03-04 08:21:38
MaintainerIvair Ramos Silva <jamesivair@yahoo.com.br>
LicenseGPL-2
Version2.3.1
Package repositoryView on CRAN
InstallationInstall the latest version of this package by entering the following in R:
install.packages("Sequential")

Getting started

Package overview

Popular man pages

AnalyzeSetUp.CondPoisson: Function to Set Up the Input Parameters Before Using the...
CV.CondPoisson: Critical Values for continuous sequential CMaxSPRT for...
CV.G.Poisson: Critical Values for Group Sequential Analysis with Poisson...
CV.Poisson: Critical Values for Continuous Sequential Analysis with...
Performance.Binomial: Statistical Power, Expected Signal Time and Sample Size for...
Performance.Poisson: Calculates Statistical Power, Expected Time to Signal and...
SampleSize.Binomial: Sample Size Calculation for Continuous Sequential Analysis...
See all...

All man pages Function index File listing

Man pages

Analyze.Binomial: Function to Conduct Group Sequential Analyses for Binomial...
Analyze.CondPoisson: Function to Conduct Group Sequential Analyses for Conditional...
Analyze.Poisson: Function to Conduct Group Sequential Analyses for Poisson...
AnalyzeSetUp.Binomial: Function to Set Up the Input Parameters Before Using the...
AnalyzeSetUp.CondPoisson: Function to Set Up the Input Parameters Before Using the...
AnalyzeSetUp.Poisson: Function to Set Up the Input Parameters Before Using the...
CV.Binomial: Calculates Exact Critical Values for Continuous Sequential...
CV.CondPoisson: Critical Values for continuous sequential CMaxSPRT for...
CV.G.Binomial: Calculates Exact Critical Values for Group Sequential...
CV.G.Poisson: Critical Values for Group Sequential Analysis with Poisson...
CV.Poisson: Critical Values for Continuous Sequential Analysis with...
Performance.Binomial: Statistical Power, Expected Signal Time and Sample Size for...
Performance.CondPoisson: Statistical Power, Expected Signal Time and Sample Size for...
Performance.G.Binomial: Statistical Power, Expected Signal Time and Expected Length...
Performance.G.Poisson: Calculates Statistical Power, Expected Time to Signal and...
Performance.Poisson: Calculates Statistical Power, Expected Time to Signal and...
SampleSize.Binomial: Sample Size Calculation for Continuous Sequential Analysis...
SampleSize.CondPoisson: Sample size calculation for the continuous sequential...
SampleSize.Poisson: Sample Size Calculation for Continuous Sequential Analysis...
Sequential-package: Analysis Support, Critical Values, Power, Time to Signal and...

Functions

Analyze.Binomial Man page Source code
Analyze.CondPoisson Man page Source code
Analyze.Poisson Man page Source code
AnalyzeSetUp.Binomial Man page Source code
AnalyzeSetUp.CondPoisson Man page Source code
AnalyzeSetUp.Poisson Man page Source code
CV.Binomial Man page Source code
CV.CondPoisson Man page Source code
CV.G.Binomial Man page Source code
CV.G.Poisson Man page Source code
CV.Poisson Man page Source code
Performance.Binomial Man page Source code
Performance.CondPoisson Man page Source code
Performance.G.Binomial Man page Source code
Performance.G.Poisson Man page Source code
Performance.Poisson Man page Source code
SampleSize.Binomial Man page Source code
SampleSize.CondPoisson Man page Source code
SampleSize.Poisson Man page Source code
Sequential Man page
Sequential-package Man page

Files

NAMESPACE
R
R/Performance.Binomial.R
R/Performance.G.Poisson.R
R/CV.Binomial.R
R/Performance.G.Binomial.R
R/CV.Poisson.R
R/CV.G.Poisson.R
R/SampleSize.Binomial.R
R/AnalyzeSetUp.CondPoisson.R
R/CV.G.Binomial.R
R/CV.CondPoisson.R
R/SampleSize.CondPoisson.R
R/Performance.CondPoisson.R
R/Analyze.Poisson.R
R/SampleSize.Poisson.R
R/AnalyzeSetUp.Poisson.R
R/Analyze.Binomial.R
R/AnalyzeSetUp.Binomial.R
R/Performance.Poisson.R
R/Analyze.CondPoisson.R
MD5
DESCRIPTION
man
man/Performance.Binomial.Rd
man/CV.Binomial.Rd
man/AnalyzeSetUp.Binomial.Rd
man/SampleSize.CondPoisson.Rd
man/Analyze.CondPoisson.Rd
man/Performance.G.Binomial.Rd
man/CV.CondPoisson.Rd
man/Analyze.Poisson.Rd
man/Sequential-package.Rd
man/AnalyzeSetUp.Poisson.Rd
man/SampleSize.Binomial.Rd
man/AnalyzeSetUp.CondPoisson.Rd
man/Performance.Poisson.Rd
man/CV.G.Binomial.Rd
man/Performance.CondPoisson.Rd
man/Performance.G.Poisson.Rd
man/CV.Poisson.Rd
man/SampleSize.Poisson.Rd
man/CV.G.Poisson.Rd
man/Analyze.Binomial.Rd
Sequential documentation built on May 19, 2017, 3:27 p.m.

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