logistic4p-package {logistic4p} | R Documentation |
Logistic Regression with Misclassification in Dependent Variables
Description
Error in a binary dependent variable, also known as misclassification, has not drawn much attention in psychology. Ignoring misclassification in logistic regression can result in misleading parameter estimates and statistical inference. This package conducts logistic regression analysis with misspecification in outcome variables.
Details
The DESCRIPTION file:
Package: | logistic4p |
Type: | Package |
Title: | Logistic Regression with Misclassification in Dependent Variables |
Version: | 1.6 |
Date: | 2023-10-20 |
Depends: | R (>= 2.10), MASS |
Author: | Haiyan Liu and Zhiyong Zhang |
Maintainer: | Zhiyong Zhang <johnnyzhz@gmail.com> |
Description: | Error in a binary dependent variable, also known as misclassification, has not drawn much attention in psychology. Ignoring misclassification in logistic regression can result in misleading parameter estimates and statistical inference. This package conducts logistic regression analysis with misspecification in outcome variables. |
License: | GPL |
LazyLoad: | yes |
Index of help topics:
logistic Logistic Regression logistic4p Logistic Regressions with Misclassification Correction logistic4p-package Logistic Regression with Misclassification in Dependent Variables logistic4p.e Logistic regressions with constrained FP and FN misclassifications logistic4p.fn Logistic Regression Model with FN Misclassification Correction logistic4p.fp Logistic Regression with FP Misclassification Correction logistic4p.fp.fn Logistic Regression with both FP and FN Misclassification Correction nlsy An example data set print.logistic4p Printing Outputs of Logistic Regression with Misclassification Parameters
Author(s)
Haiyan Liu and Zhiyong Zhang
Maintainer: Zhiyong Zhang <johnnyzhz@gmail.com>
References
Liu, H. and Zhang, Z. (2016) Logistic Regression with Misclassification in Dependent Variables: Method and Software.(In preparation.)
Examples
## Not run:
data(nlsy)
x=nlsy[, -1]
y=nlsy[,1]
mod=logistic4p(x, y, model='fn')
## End(Not run)
[Package logistic4p version 1.6 Index]