2012Encyclopedia of Financial ModelsRequires access

Introduction to Bayesian Inference

Biliana S. Güner, Svetlozar T. Rachev, J.S. Hsu, Frank J. Fabozzi

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Abstract

Bayesian inference is the process of arriving at estimates of the model parameters reflecting the blending of information from different sources. Most commonly, two sources of information are considered: prior knowledge or beliefs and observed data. The discrepancy (or lack thereof) between them and their relative strength determines how far away the resulting Bayesian estimate is from the corresponding classical estimate. Along with the point estimate, which most often is the posterior mean, in the Bayesian setting one has available the whole posterior distribution, allowing for a richer analysis.

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What this paper is about

Bayesian inference is the process of arriving at estimates of the model parameters reflecting the blending of information from different sources. Most commonly, two sources of information are considered: prior knowledge or beliefs and observed data. The discrepancy (or lack thereof) between them and their relative strength determines how far away the resulting Bayesian estimate is from the corresponding classical estimate. Along with the point estimate, which most often is the posterior mean, in the Bayesian setting one has available the whole posterior distribution, allowing for a richer analysis.

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Available abstract

Bayesian inference is the process of arriving at estimates of the model parameters reflecting the blending of information from different sources. Most commonly, two sources of information are considered: prior knowledge or beliefs and observed data. The discrepancy (or lack thereof) between them and their relative strength determines how far away the resulting Bayesian estimate is from the corresponding classical estimate. Along with the point estimate, which most often is the posterior mean, in the Bayesian setting one has available the whole posterior distribution, allowing for a richer analysis.

Key concepts: Bayesian probability, Bayesian inference, Posterior probability, Inference, Point estimation, Bayesian experimental design, Bayesian average, Bayesian hierarchical modeling

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