When data are sampled from a population and subjects revise probability estimates about which population is being sampled, their revisions are less than the optimal amount calculated by using Bayes's theorem; they are conservative. The experiments reported here used binomial populations with proportions that were either defined precisely by a display or defined diffusely by a sample of data. The experimenter randomly selected one of two populations and then sampled data from the selected population. The subjects made very nearly Bayesian revisions on the basis of the first datum sampled, but became markedly conservative when the task required aggregating evidence across a sequence of data. This result was independent of whether population p...
We examine philosophical problems and sampling deficiencies that are associated with current Bayesia...
Summary. We examine philosophical problems and sampling deficiencies that are associated with curren...
Scientists and Bayesian statisticians often study hypotheses that they know to be false. This create...
When people revise subjective probabilities in light of data, revisions are less than the amount pre...
Subjects saw samples from each of two populations of numbers and made intuitive inferences about whi...
Why are human inferences sometimes remarkably close to the Bayesian ideal and other times systematic...
summary:Updating probabilities by information from only one hypothesis and thereby ignoring alternat...
This paper addresses the problem that Bayesian statistical inference cannot accommodate theory chang...
The purpose of this study was to examine Bayes\u27 Theorem as a model for the description of how hum...
Statistical inference is a form of induction, and can be broadly defined as “learning from data”. Th...
Economists and psychologists have recently been developing new theories of decision making under unc...
A substantial school in the philosophy of science identifies Bayesian inference with inductive infer...
Intuitive multistage inferences are typically excessive when compared with the optimal model, a modi...
The Bayesian approach to probability and statistics is described, a brief history of Bayesianism is ...
Human probability judgments are systematically biased, in apparent tension with Bayesian models of c...
We examine philosophical problems and sampling deficiencies that are associated with current Bayesia...
Summary. We examine philosophical problems and sampling deficiencies that are associated with curren...
Scientists and Bayesian statisticians often study hypotheses that they know to be false. This create...
When people revise subjective probabilities in light of data, revisions are less than the amount pre...
Subjects saw samples from each of two populations of numbers and made intuitive inferences about whi...
Why are human inferences sometimes remarkably close to the Bayesian ideal and other times systematic...
summary:Updating probabilities by information from only one hypothesis and thereby ignoring alternat...
This paper addresses the problem that Bayesian statistical inference cannot accommodate theory chang...
The purpose of this study was to examine Bayes\u27 Theorem as a model for the description of how hum...
Statistical inference is a form of induction, and can be broadly defined as “learning from data”. Th...
Economists and psychologists have recently been developing new theories of decision making under unc...
A substantial school in the philosophy of science identifies Bayesian inference with inductive infer...
Intuitive multistage inferences are typically excessive when compared with the optimal model, a modi...
The Bayesian approach to probability and statistics is described, a brief history of Bayesianism is ...
Human probability judgments are systematically biased, in apparent tension with Bayesian models of c...
We examine philosophical problems and sampling deficiencies that are associated with current Bayesia...
Summary. We examine philosophical problems and sampling deficiencies that are associated with curren...
Scientists and Bayesian statisticians often study hypotheses that they know to be false. This create...