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Building autoregressive models
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Bernoulli Spatial Classification with a Matérn Field
Advanced GMRF modelling for disease mapping
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On this page
Tutorials
Building autoregressive models
Introduction
Building an AR(1) model
Latent models API
Beyond first order models: CARs
Outlook
Spatial Modelling with SPDEs
Data preprocessing
Spatial Modelling
Final note
Spatiotemporal Modelling with SPDEs
Problem setup
Using GMRFs for spatiotemporal modelling
A separable model
Advection diffusion priors
Conclusion
Boundary Conditions for SPDEs
Spatial example: Matern SPDE
Spatiotemporal example: Advection Diffusion SPDE
Conclusion
Bernoulli Spatial Classification with a Matérn Field
Load data (local if present, otherwise download)
Train/test split
Latent model: Matérn GP via SPDE
Bernoulli observations (logit link)
Inference: Gaussian approximation
Evaluation on held out data
Visualization
Notes and tips
Advanced GMRF modelling for disease mapping
Load data
Model in one picture
Likelihood with offset and Gaussian approximation
Choropleth: polygons filled by relative risk
Fixed effects summary (β and 95 CI)
BYM decomposition: structured vs unstructured effects
Exceedance probability map: RR greater than 1
Notes