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  1. What exactly is a Bayesian model? - Cross Validated

    Dec 14, 2014 · A Bayesian model is a statistical model made of the pair prior x likelihood = posterior x marginal. Bayes' theorem is somewhat secondary to the concept of a prior.

  2. Posterior Predictive Distributions in Bayesian Statistics

    Feb 17, 2021 · Confessions of a moderate Bayesian, part 4 Bayesian statistics by and for non-statisticians Read part 1: How to Get Started with Bayesian Statistics Read part 2: Frequentist …

  3. What is the best introductory Bayesian statistics textbook?

    Which is the best introductory textbook for Bayesian statistics? One book per answer, please.

  4. Help me understand Bayesian prior and posterior distributions

    The basis of all bayesian statistics is Bayes' theorem, which is $$ \mathrm {posterior} \propto \mathrm {prior} \times \mathrm {likelihood} $$ In your case, the likelihood is binomial. If the …

  5. r - Understanding Bayesian model outputs - Cross Validated

    Sep 3, 2025 · In a Bayesian framework, we consider parameters to be random variables. The posterior distribution of the parameter is a probability distribution of the parameter given the …

  6. Frequentist vs. Bayesian Probability - Cross Validated

    Dec 20, 2025 · Bayesian probability processing can be combined with a subjectivist, a logical/objectivist epistemic, and a frequentist/aleatory interpretation of probability, even …

  7. bayesian - BVAR model: Draws and Burn-In? - Cross Validated

    Nov 16, 2023 · This is a very basic question. I am trying to understand how a BVAR model works. One thing I dont get is why we are using a burn-in period and what we are making "draws" …

  8. Newest 'bayesian' Questions - Cross Validated

    Feb 6, 2026 · Bayesian inference is a method of statistical inference that relies on treating the model parameters as random variables and applying Bayes' theorem to deduce subjective …

  9. What is the difference in Bayesian estimate and maximum …

    Bayesian estimation is a bit more general because we're not necessarily maximizing the Bayesian analogue of the likelihood (the posterior density). However, the analogous type of estimation …

  10. Bayesian vs frequentist Interpretations of Probability

    The Bayesian interpretation of probability as a measure of belief is unfalsifiable. Only if there exists a real-life mechanism by which we can sample values of $\theta$ can a probability …