Monte Carlo Simulation comparing the performance of various estimators for panel data with binary dependent variable models
-
Updated
Sep 21, 2021 - R
Monte Carlo Simulation comparing the performance of various estimators for panel data with binary dependent variable models
Illustrate CR models with individual heterogeneity (multistate, random-effect, finite-mixture)
Cluster-specific logistic regression models for whether an NBA team will make the playoffs given the current statistics of that team. Specifically uses population averaged models (PA) based on generalized estimating equations (GEE); Also, uses cluster-specific (each team) random effects models
Project for the 2021/22 Advanced Econometrics class at the Faculty of Economic Sciences, University of Warsaw. In this project we build FE and RE panel data models to assess the relationship between firm performance and CEO gender.
Age-Gender-Country-Specific Death Rates Modelling and Forecasting: A Linear Mixed-Effects Model
Copula Based Bivariate Beta-Binomial Model for Diagnostic Test Accuracy Studies
Connecting the Sustainable Development Goals with climate change and the energy transition
Using Fixed Effect, Random Effect and Hausman Taylor IV to estimate the impacts on wage
Fit band-recovery models with temporal random effects
Pitch Adjusted Swipe Rate Above Average (pSRAA)
Evidence synthesis of proportions
Stata and R programs to automatically quasi-demean regressors following FGLS-RE or MLE-RE regression
Demonstration of alternatives to lme4
An R package for I-prior regression
a meta-analysis on the effect of intravenous magnesium on myocardial infarction
Raw files for a document providing an overview of mixed models from varying perspectives.
The main aim of this code is to measure the co-movements along 9 different currencies.
An R package for extracting results from mixed models that are easy to use and viable for presentation.
Functions for using mgcv for mixed models. 📈
Add a description, image, and links to the random-effects topic page so that developers can more easily learn about it.
To associate your repository with the random-effects topic, visit your repo's landing page and select "manage topics."