Results 251 to 260 of about 149,758 (276)
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Approximate Bayesian inference for random effects meta‐analysis
Statistics in Medicine, 1998Whilst meta-analysis is becoming a more commonplace statistical technique, Bayesian inference in meta-analysis requires complex computational techniques to be routinely applied. We consider simple approximations for the first and second moments of the parameters of a Bayesian random effects model for meta-analysis.
K, Abrams, B, Sansó
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The variational approximation for Bayesian inference
IEEE Signal Processing Magazine, 2008The influence of this Thomas Bayes' work was immense. It was from here that "Bayesian" ideas first spread through the mathematical world, as Bayes's own article was ignored until 1780 and played no important role in scientific debate until the 20th century.
Dimitris G. Tzikas +2 more
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Approximate Bayesian inference under informative sampling
Biometrika, 2017zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Wang, Z., Kim, J. K., Yang, S.
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A Bayesian Approach to Approximate Conditional Inference
Biometrika, 1995Summary: The author [ibid., 1-23 (1995; see the preceding entry Zbl 0829.62003)] studies regular Bayesian and frequentist approximations within a unified framework in the case of a single parameter, and shows that higher-order approximations to sampling distributions arise from their Bayesian counterparts via an unsmoothing argument.
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Approximate Bayesian inference for simple mixtures
2000Exact likelihoods and posterior densities associated with mixture data are computationally complex because of the large number of terms involved, corresponding to the large number of possible ways in which the observations might have evolved from the different components of the mixture.
K. Humphreys, D. M. Titterington
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Generalized Laplacian approximations in Bayesian inference
Canadian Journal of Statistics, 1995AbstractThis paper presents a new Laplacian approximation to the posterior density of η = g(θ). It has a simpler analytical form than that described by Leonard et al. (1989). The approximation derived by Leonard et al. requires a conditional information matrix Rη to be positive definite for every fixed η. However, in many cases, not all Rη are positive
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Journal of the Royal Statistical Society Series B: Statistical Methodology, 2009
Håvard Rue +2 more
exaly
Håvard Rue +2 more
exaly
Efficient approximate inference in Bayesian networks with continuous variables
Reliability Engineering and System Safety, 2018Chenzhao Li, Sankaran Mahadevan
exaly

