Following Lancaster (2002), we propose a strategy to solve the incidental parameter problem. The method is demonstrated under a simple panel Poisson count model. We also extend the strategy to accomodate cases when information orthogonality is unavailable, such as the linear AR(p) panel model. For the AR(p) model, there exists a correction function to fix the incidental parameter problem when the model is stationary with strictly exogenous regressors. MCMC algorithms are developed for parameter estimation and model comparison. The results based on the simulated data sets suggest that our method could achieve consistency in both parameter estimation and model selection
This paper considers model selection in panels where incidental parameters are present. Primary inte...
This paper considers a linear panel data model with reduced rank regressors and interactive fixed e...
In this paper we consider estimation of nonlinear panel data models that include multiple individual...
Following Lancaster (2002), we propose a strategy to solve the incidental parameter problem. The me...
In statistical analysis of data we are interested in understanding or estimating certain aspects of ...
In the context of an autoregressive panel data model with fixed effect, we examine the relationship b...
Neyman and Scott (1948) define the incidental parameter problem. In panel data with T observations p...
This paper considers model selection in nonlinear panel data models where incidental parameters or l...
In recent years, we have seen an explosion of data collected from individuals, firms, or countries a...
This paper develops a novel Method of Moments approach for panel data models with endogenous regress...
We examine the relationship between consistent parameter estimation and model selection for autoreg...
In the context of an autoregressive panel data model with fixed effect, we examine the relationship ...
We introduce a second-order correction technique for nonlinear fixed-effect models exposed to the in...
We propose a Poisson regression model that controls for three potential sources of persistence in pa...
Abstract. The parameter estimates based on an econometric equation are biased and can also be incons...
This paper considers model selection in panels where incidental parameters are present. Primary inte...
This paper considers a linear panel data model with reduced rank regressors and interactive fixed e...
In this paper we consider estimation of nonlinear panel data models that include multiple individual...
Following Lancaster (2002), we propose a strategy to solve the incidental parameter problem. The me...
In statistical analysis of data we are interested in understanding or estimating certain aspects of ...
In the context of an autoregressive panel data model with fixed effect, we examine the relationship b...
Neyman and Scott (1948) define the incidental parameter problem. In panel data with T observations p...
This paper considers model selection in nonlinear panel data models where incidental parameters or l...
In recent years, we have seen an explosion of data collected from individuals, firms, or countries a...
This paper develops a novel Method of Moments approach for panel data models with endogenous regress...
We examine the relationship between consistent parameter estimation and model selection for autoreg...
In the context of an autoregressive panel data model with fixed effect, we examine the relationship ...
We introduce a second-order correction technique for nonlinear fixed-effect models exposed to the in...
We propose a Poisson regression model that controls for three potential sources of persistence in pa...
Abstract. The parameter estimates based on an econometric equation are biased and can also be incons...
This paper considers model selection in panels where incidental parameters are present. Primary inte...
This paper considers a linear panel data model with reduced rank regressors and interactive fixed e...
In this paper we consider estimation of nonlinear panel data models that include multiple individual...