AbstractA core aspect of science is using data to assess the degree to which data provide evidence for competing claims, hypotheses, or theories. Evidence is by definition something that should change the credibility of a claim in a reasonable person’s mind. However, common statistics, such as significance testing and confidence intervals have no interface with concepts of belief, and thus it is unclear how they relate to statistical evidence. We explore the concept of statistical evidence, and how it can be quantified using the Bayes factor. We also discuss the philosophical issues inherent in the use of the Bayes factor
Probability theory provides the general framework within which assignments of probabilities of past,...
A substantial school in the philosophy of science identifies Bayesian inference with inductive infer...
This article discusses the concept of Bayes factors as inferential tools that can serve as an altern...
Abstract A core aspect of science is using data to assess the degree to which data provide evidence ...
Bayes factors, a measure of evidence for one model versus another, are a useful tool in the behavior...
Bayes factors provide a symmetrical measure of evidence for one model versus another (e.g. H1 versus...
What have been called 'Bayesian confirmation measures' or 'evidential support measures' offer a nume...
The Bayesian perspective is based on conditioning related to reported evidence that is considered to...
The Bayesian perspective is based on conditioning related to reported evidence that is considered to...
What have been called ‘Bayesian confirmation measures’ or ‘evidential support measures’ offer a nume...
Bayesian inference is usually presented as a method for determining how scientific belief should be ...
Bayes factors quantify the evidence in support of the null (absence of an effect) or the alternative...
The law too often avoids or misuses statistical evidence. This problem is partially explained by th...
Statistical inference plays a critical role in modern scientific research, however, the dominant met...
No scientific conclusion follows automatically from a statistically non-significant result, yet peop...
Probability theory provides the general framework within which assignments of probabilities of past,...
A substantial school in the philosophy of science identifies Bayesian inference with inductive infer...
This article discusses the concept of Bayes factors as inferential tools that can serve as an altern...
Abstract A core aspect of science is using data to assess the degree to which data provide evidence ...
Bayes factors, a measure of evidence for one model versus another, are a useful tool in the behavior...
Bayes factors provide a symmetrical measure of evidence for one model versus another (e.g. H1 versus...
What have been called 'Bayesian confirmation measures' or 'evidential support measures' offer a nume...
The Bayesian perspective is based on conditioning related to reported evidence that is considered to...
The Bayesian perspective is based on conditioning related to reported evidence that is considered to...
What have been called ‘Bayesian confirmation measures’ or ‘evidential support measures’ offer a nume...
Bayesian inference is usually presented as a method for determining how scientific belief should be ...
Bayes factors quantify the evidence in support of the null (absence of an effect) or the alternative...
The law too often avoids or misuses statistical evidence. This problem is partially explained by th...
Statistical inference plays a critical role in modern scientific research, however, the dominant met...
No scientific conclusion follows automatically from a statistically non-significant result, yet peop...
Probability theory provides the general framework within which assignments of probabilities of past,...
A substantial school in the philosophy of science identifies Bayesian inference with inductive infer...
This article discusses the concept of Bayes factors as inferential tools that can serve as an altern...