<--- Back to Details
First PageDocument Content
Philosophy of science / Hypothesis testing / Statistical theory / Bayesian probability / Likelihood principle / Frequentist inference / Bayesian inference / P-value / Robust Bayes analysis / Statistics / Statistical inference / Bayesian statistics
Date: 2013-06-02 16:07:25
Philosophy of science
Hypothesis testing
Statistical theory
Bayesian probability
Likelihood principle
Frequentist inference
Bayesian inference
P-value
Robust Bayes analysis
Statistics
Statistical inference
Bayesian statistics

REV_ISS_WEB_BMSP_2064_66[removed]

Add to Reading List

Source URL: www.phil.vt.edu

Download Document from Source Website

File Size: 129,59 KB

Share Document on Facebook

Similar Documents

Statistical theory / Entropy / Information theory / KullbackLeibler divergence / Reliability engineering / Cross entropy / Statistics / Maximum likelihood estimation / Prediction / Maximum entropy thermodynamics / Principle of maximum entropy

DOC Document

DocID: 1pGVy - View Document

Estimation theory / Information theory / Statistical theory / Bayesian statistics / M-estimators / Maximum likelihood estimation / Mutual information / Principle of maximum entropy / Conditional entropy / Cross entropy / Likelihood function / Score

Log-Linear Models Noah A. Smith∗ Department of Computer Science / Center for Language and Speech Processing Johns Hopkins University

DocID: 1prhn - View Document

Statistical theory / Information theory / Randomness / Statistical randomness / Estimation theory / Entropy / Principle of maximum entropy / KullbackLeibler divergence / Maximum likelihood estimation / Normal distribution / Differential entropy / Maximum entropy probability distribution

How biased are maximum entropy models? Jakob H. Macke Gatsby Computational Neuroscience Unit University College London, UK

DocID: 1plXs - View Document

Estimation theory / Statistical theory / Econometrics / Bayesian statistics / Statistical inference / Likelihood function / Confidence interval / Sufficient statistic / Bias of an estimator / Observed information / Maximum likelihood estimation / Likelihood principle

p-values: The insight to modern statistical inference D A S Fraser ∗

DocID: 1oQu5 - View Document

Statistical inference / Hypothesis testing / Design of experiments / Statistical theory / Philosophy of science / Statistical hypothesis testing / Bayesian inference / P-value / Null hypothesis / Likelihood principle / Frequentist probability / Statistics

The Frequentist Implications of Optional Stopping on Bayesian Hypothesis Tests Adam N. Sanborn Thomas T. Hills Department of Psychology, University of Warwick Abstract

DocID: 1lyax - View Document