This paper develops a simulation estimation algorithm that is particularly useful for estimating dynamic panel data models with unobserved endogenous state variables. The new approach can easily deal with the commonly encoun-tered and widely discussed initial conditions problem, as well as the more general problem of missing state variables during the sample period. Repeated sampling experiments on dynamic panel data probit models with serially corre-lated errors indicate that the estimator has good small sample properties. We also apply the estimator to a model of female labor force participation decisions using PSID data with serious missing data problems
2015-06-18Dynamic panel models has very wide economic application in labor economics, health economi...
The paper develops a computational method implementing a standard Dynamic Panel Data model with Gene...
This study develops a new bias-corrected estimator for the fixed-effects dynamic panel data model an...
This paper develops a new simulation estimation algorithm that is par-ticularly useful for estimatin...
This paper develops a new simulation estimation algorithm that is particularly useful for estimating...
This paper develops a simulation estimation algorithm that is particularly useful for estimating dyn...
This article develops a simulation estimation algorithm that is particularly useful for estimating d...
Simulation estimation in the context of panel data, limited dependent-variable (LDV) models poses fo...
Longitudinal data are collected over several time periods for the same units and therefore allow for...
This paper considers nonparametric identification of nonlinear dynamic models for panel data with un...
The paper addresses a computational method implementing a standard Dynamic Panel Data model with Gen...
This paper presents a convenient shortcut method for implement-ing the Heckman estimator of the dyna...
This Chapter reviews the recent literature on dynamic panel data models with a short time span and a...
We use a Monte Carlo approach to investigate the performance of several different methods designed t...
An exact maximum likelihood method is developed for the estimation of parameters in a nonlinear non-...
2015-06-18Dynamic panel models has very wide economic application in labor economics, health economi...
The paper develops a computational method implementing a standard Dynamic Panel Data model with Gene...
This study develops a new bias-corrected estimator for the fixed-effects dynamic panel data model an...
This paper develops a new simulation estimation algorithm that is par-ticularly useful for estimatin...
This paper develops a new simulation estimation algorithm that is particularly useful for estimating...
This paper develops a simulation estimation algorithm that is particularly useful for estimating dyn...
This article develops a simulation estimation algorithm that is particularly useful for estimating d...
Simulation estimation in the context of panel data, limited dependent-variable (LDV) models poses fo...
Longitudinal data are collected over several time periods for the same units and therefore allow for...
This paper considers nonparametric identification of nonlinear dynamic models for panel data with un...
The paper addresses a computational method implementing a standard Dynamic Panel Data model with Gen...
This paper presents a convenient shortcut method for implement-ing the Heckman estimator of the dyna...
This Chapter reviews the recent literature on dynamic panel data models with a short time span and a...
We use a Monte Carlo approach to investigate the performance of several different methods designed t...
An exact maximum likelihood method is developed for the estimation of parameters in a nonlinear non-...
2015-06-18Dynamic panel models has very wide economic application in labor economics, health economi...
The paper develops a computational method implementing a standard Dynamic Panel Data model with Gene...
This study develops a new bias-corrected estimator for the fixed-effects dynamic panel data model an...