Bayesian Analysis of Spatial Point Patterns

<p>We explore the posterior inference available for Bayesian spatial point process models. In the literature, discussion of such models is usually focused on model fitting and rejecting complete spatial randomness, with model diagnostics and posterior inference often left as an afterthought. P...

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Main Author: Leininger, Thomas Jeffrey
Other Authors: Gelfand, Alan E
Published: 2014
Subjects:
Online Access:http://hdl.handle.net/10161/8730
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spelling ndltd-DUKE-oai-dukespace.lib.duke.edu-10161-87302014-05-16T03:35:27ZBayesian Analysis of Spatial Point PatternsLeininger, Thomas JeffreyStatisticscross-validationGibbs processLog-Gaussian Cox processmodel selectionpoint pattern residualsPoisson process<p>We explore the posterior inference available for Bayesian spatial point process models. In the literature, discussion of such models is usually focused on model fitting and rejecting complete spatial randomness, with model diagnostics and posterior inference often left as an afterthought. Posterior predictive point patterns are shown to be useful in performing model diagnostics and model selection, as well as providing a wide array of posterior model summaries. We prescribe Bayesian residuals and methods for cross-validation and model selection for Poisson processes, log-Gaussian Cox processes, Gibbs processes, and cluster processes. These novel approaches are demonstrated using existing datasets and simulation studies.</p>DissertationGelfand, Alan E2014Dissertationhttp://hdl.handle.net/10161/8730
collection NDLTD
sources NDLTD
topic Statistics
cross-validation
Gibbs process
Log-Gaussian Cox process
model selection
point pattern residuals
Poisson process
spellingShingle Statistics
cross-validation
Gibbs process
Log-Gaussian Cox process
model selection
point pattern residuals
Poisson process
Leininger, Thomas Jeffrey
Bayesian Analysis of Spatial Point Patterns
description <p>We explore the posterior inference available for Bayesian spatial point process models. In the literature, discussion of such models is usually focused on model fitting and rejecting complete spatial randomness, with model diagnostics and posterior inference often left as an afterthought. Posterior predictive point patterns are shown to be useful in performing model diagnostics and model selection, as well as providing a wide array of posterior model summaries. We prescribe Bayesian residuals and methods for cross-validation and model selection for Poisson processes, log-Gaussian Cox processes, Gibbs processes, and cluster processes. These novel approaches are demonstrated using existing datasets and simulation studies.</p> === Dissertation
author2 Gelfand, Alan E
author_facet Gelfand, Alan E
Leininger, Thomas Jeffrey
author Leininger, Thomas Jeffrey
author_sort Leininger, Thomas Jeffrey
title Bayesian Analysis of Spatial Point Patterns
title_short Bayesian Analysis of Spatial Point Patterns
title_full Bayesian Analysis of Spatial Point Patterns
title_fullStr Bayesian Analysis of Spatial Point Patterns
title_full_unstemmed Bayesian Analysis of Spatial Point Patterns
title_sort bayesian analysis of spatial point patterns
publishDate 2014
url http://hdl.handle.net/10161/8730
work_keys_str_mv AT leiningerthomasjeffrey bayesiananalysisofspatialpointpatterns
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