Abstract: In recent years, spatial and spatio-temporal modelling have become an important area of research in many fields (epidemiology, environmental stud-ies, disease mapping,...). However, most of the models developed are constrained by the large amounts of data available. We propose the use of Penalized splines (P-splines) in a mixed model framework for smoothing spatio-temporal data. Our approach allows the consideration of interaction terms which can be decom-posed as a sum of smooth functions similarly as an ANOVA decomposition. The properties of the basis used for regression allow the use of algorithms that can handle large amount of data. We show that imposing the same constraints as in a factorial design it is possible to avoid id...
We propose the use of Penalized splines ([1]) and individual random effects for the analysis of spat...
Abstract: Over-parameterized regression models occur throughout statistics and are often found, thou...
A new computational algorithm for estimating the smoothing parameters of a multidimensional penalize...
In recent years, spatial and spatio-temporal modelling have become an important area of research in ...
Abstract. Fitting statistical models to spatiotemporal data requires finding the right balance betwe...
The prediction of out-of-sample values is an interesting problem in any regression model. In the con...
Spatial data collected worldwide from a huge number of locations is frequently used in environmental...
In this work we propose the combination of P-splines with traditional spatial econometric models in ...
The prediction of out-of-sample values is an interesting problem in any regression model. In the con...
Penalized splines (P-splines) and individual random effects are used for the analysis of spatial co...
A new computational algorithm for estimating the smoothing parameters of a multidimensional penalize...
Spatiotemporal models for sulphur dioxide pollution over Europe are considered within an additive mo...
A new computational algorithm for estimating the smoothing parameters of a multidimensional penalize...
We propose the use of Penalized splines ([1]) and individual random effects for the analysis of spat...
Abstract: Over-parameterized regression models occur throughout statistics and are often found, thou...
A new computational algorithm for estimating the smoothing parameters of a multidimensional penalize...
In recent years, spatial and spatio-temporal modelling have become an important area of research in ...
Abstract. Fitting statistical models to spatiotemporal data requires finding the right balance betwe...
The prediction of out-of-sample values is an interesting problem in any regression model. In the con...
Spatial data collected worldwide from a huge number of locations is frequently used in environmental...
In this work we propose the combination of P-splines with traditional spatial econometric models in ...
The prediction of out-of-sample values is an interesting problem in any regression model. In the con...
Penalized splines (P-splines) and individual random effects are used for the analysis of spatial co...
A new computational algorithm for estimating the smoothing parameters of a multidimensional penalize...
Spatiotemporal models for sulphur dioxide pollution over Europe are considered within an additive mo...
A new computational algorithm for estimating the smoothing parameters of a multidimensional penalize...
We propose the use of Penalized splines ([1]) and individual random effects for the analysis of spat...
Abstract: Over-parameterized regression models occur throughout statistics and are often found, thou...
A new computational algorithm for estimating the smoothing parameters of a multidimensional penalize...