This article considers quasi-maximum likelihood estimations (QMLE) for two spatial panel data regression models: mixed effects model with spatial er-rors and transformed mixed effects model (where response and covariates are transformed) with spatial errors. One aim of transformation is to normalize the data, thus the transformed models are more robust with respect to the nor-mality assumption compared with the standard ones. QMLE method provides additional protection against violation of normality assumption. Asymptotic properties of the QMLEs are investigated. Numerical illustrations are provided
Published in Journal of Econometrics https://doi.org/10.1016/j.jeconom.2014.11.002</p
The study of spatial econometrics has developed rapidly and has found wide applications in many diff...
This article deals with asymmetrical spatial data which can be modeled by a partially linear varying...
The quasi-maximum likelihood (QML) method is popular in the estimation and infer-ence for spatial re...
This paper investigates the quasi-maximum likelihood (QML) estimation of spatial panel data models w...
This paper first presents simple methods for conducting up to third-order bias and variance correcti...
We propose quasi maximum likelihood (QML) estimation of dynamic panel models with spatial errors whe...
This paper examines the finite sample properties of the quasi maximum likelihood (QML) esti-mators o...
When spatial data are repeatedly collected from the same spatial locations over a short period of ti...
In this paper we study a family of linear regression models with spatial dependence in the errors an...
Yu et al. (2008) establish asymptotic properties of quasi-maximum likelihood estimators for a stable...
Maximum likelihood (ML) or quasi-maximum likelihood (QML) estimator of the spatial parameter in the ...
Spatial panel data models are widely used in empirical studies. The existing theories of spatial mod...
This paper establishes asymptotic properties of quasi-maximum likelihood estimators for SAR panel da...
This paper investigates the quasi-maximum likelihood estimation of spatial dynamic panel data models...
Published in Journal of Econometrics https://doi.org/10.1016/j.jeconom.2014.11.002</p
The study of spatial econometrics has developed rapidly and has found wide applications in many diff...
This article deals with asymmetrical spatial data which can be modeled by a partially linear varying...
The quasi-maximum likelihood (QML) method is popular in the estimation and infer-ence for spatial re...
This paper investigates the quasi-maximum likelihood (QML) estimation of spatial panel data models w...
This paper first presents simple methods for conducting up to third-order bias and variance correcti...
We propose quasi maximum likelihood (QML) estimation of dynamic panel models with spatial errors whe...
This paper examines the finite sample properties of the quasi maximum likelihood (QML) esti-mators o...
When spatial data are repeatedly collected from the same spatial locations over a short period of ti...
In this paper we study a family of linear regression models with spatial dependence in the errors an...
Yu et al. (2008) establish asymptotic properties of quasi-maximum likelihood estimators for a stable...
Maximum likelihood (ML) or quasi-maximum likelihood (QML) estimator of the spatial parameter in the ...
Spatial panel data models are widely used in empirical studies. The existing theories of spatial mod...
This paper establishes asymptotic properties of quasi-maximum likelihood estimators for SAR panel da...
This paper investigates the quasi-maximum likelihood estimation of spatial dynamic panel data models...
Published in Journal of Econometrics https://doi.org/10.1016/j.jeconom.2014.11.002</p
The study of spatial econometrics has developed rapidly and has found wide applications in many diff...
This article deals with asymmetrical spatial data which can be modeled by a partially linear varying...