logistic4p.fp.fn: Logistic Regression with both FP and FN Misclassification...

In logistic4p: Logistic Regression with Misclassification in Dependent Variables

Logistic Regression with both FP and FN Misclassification Correction

Description

logistic4p.fp.fn is used to fit a logistic regression model with both FP and FN misclassification parameters to a binary dependent variable.

Usage

logistic4p.fp.fn(x, y, initial, max.iter = 1000, epsilon = 1e-06, detail = FALSE)

Arguments

x, y	x is a data frame or data matrix containing the predictor variables and y is the vector of outcomes. The number of rows in x must be the same as the length of y.
initial	starting values for the parameters in the model(FP,FN misclassification parameters and those in the linear predictor); if not specified, the default initials are 0 for the misclassification parameters and estimates obtained from the logistic regression for the parameters in the linear predictor.
max.iter	a positive integer giving the maximal number of iterations; if it is reached, the algorithm will stop.
epsilon	a positive convergence tolerance epsilon.
detail	logical indicating if the output should be printed for each iteration.

Value

estimates	a named matrix of estimates including parameter estimates, standard errors, z-scores, and p-values.
n.iter	an integer giving the number of iteration used
d	the actual max absolute difference of the parameters of the last two iterations.
loglike	loglikelihood evaluated at the parameter estimates.
AIC	Akaike Information Criterion.
BIC	Bayesian Information Criterion.
converged	logical indicating whether the current procedure converged or not.

Author(s)

Haiyan Liu and Zhiyong Zhang

Examples

## Not run: 
data(nlsy)
y=nlsy[,1]
x=nlsy[, -1]

mod=logistic4p.fp.fn(x,y)

## End(Not run)

logistic4p documentation built on Oct. 21, 2023, 5:07 p.m.