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Probability interpretations
Results: 380

#	Item
151	Why I Am Not a Methodological Likelihoodist∗ Greg Gandenberger Abstract Methodological likelihoodism is the view that it is possible to provide an adequate post-data methodology for science on the basis of likelihood f Add to Reading List Source URL: gandenberger.org Language: English - Date: 2014-10-16 17:20:12 Statistical inference Statistical theory Likelihood principle Likelihood function P-value Scientific method Bayesian inference Frequentist inference Probability interpretations Statistics Estimation theory Bayesian statistics
152	Quantum Propensities Mauricio Suárez Add to Reading List Source URL: philsci-archive.pitt.edu Language: English - Date: 2010-10-07 11:14:59 Interpretations of quantum mechanics Propensity probability Measurement problem Ensemble interpretation Copenhagen interpretation De Broglie–Bohm theory Hidden variable theory Measurement in quantum mechanics Many-worlds interpretation Physics Quantum mechanics Quantum measurement
153	von Sydow[removed]Patterns and Noise 11 Add to Reading List Source URL: crisp.psi.uni-heidelberg.de Language: English - Date: 2012-10-08 08:01:43 Bayesian statistics Philosophy of mathematics Statistical inference Probability and statistics Probability interpretations Conjunction fallacy Bayesian probability Representativeness heuristic Bayesian inference Statistics Science Logic
154	The Bayesian logic of frequency-based conjunction fallacies Add to Reading List Source URL: crisp.psi.uni-heidelberg.de Language: English - Date: 2012-10-08 08:02:04 Probability interpretations Bayesian statistics Statistical inference Philosophy of mathematics Non-classical logic Bayesian probability Probabilistic logic Bayesian inference Representativeness heuristic Statistics Logic Science
155	Discussion: Bayesian Methods: Applied? Yes. Philosophical Defense? In Flux Add to Reading List Source URL: www.phil.vt.edu Language: English - Date: 2013-03-07 21:11:21 Philosophy of science Probability interpretations Philosophy of mathematics Bayesian probability Bayesian inference Frequentist inference Interval estimation Likelihood principle Prior probability Statistics Statistical inference Bayesian statistics
156	Not a Sure Thing: Fitness, Probability, and Causation* Denis M. Walsh†‡ In evolutionary biology changes in population structure are explained by citing trait fitness distribution. I distinguish three interpretations Add to Reading List Source URL: www.bristol.ac.uk Language: English - Date: 2010-06-08 08:44:37 Biology Philosophy of biology Selection Econometrics Statistical methods Natural selection Causality Fitness Evolution Statistics Evolutionary biology Population genetics
157	RMM Vol. 3, 2012, 1–13 Special Topic: Statistical Science and Philosophy of Science Edited by Deborah G. Mayo, Aris Spanos and Kent W. Staley http://www.rmm-journal.de/ Jan Sprenger Add to Reading List Source URL: www.rmm-journal.de Language: English - Date: 2012-01-11 13:45:21 Probability theory Probability and statistics Statistical inference Probability interpretations Philosophy of science Bayesian probability Bayesian inference Frequentist inference Inference Statistics Bayesian statistics Logic
158	Review of Tychomancy∗ Wolfgang Schwarz 03 November 2014 We humans are good at estimating probabilities. Despite the dauntingly complex dynamics involved in tossing a die, we readily see that each side has about a one i Add to Reading List Source URL: www.umsu.de Language: English Probability Philosophy of science Probability interpretations Bayesian statistics Principle of indifference Stochastic process Bayesian probability Indeterminism Determinism Statistics Probability theory Probability and statistics
159	Important information to our customers concerning the quality of measurements Do you use results of chemical analyses as a basis for your decisions and judgements? Add to Reading List Source URL: www.eurachem.org Language: English - Date: 2013-11-21 19:00:14 Probability interpretations Metrology Cognition Uncertainty Measurement uncertainty Accuracy and precision Statistics Measurement Statistical theory
160	Proving the Principal Principle∗ Wolfgang Schwarz 28 May 2014 Abstract. Any credible interpretation of objective chance should make sense of the connection between objective chance and rational degree of belief. Ideall Add to Reading List Source URL: www.umsu.de Language: English Epistemology Probability and statistics Mathematics Bayesian statistics Probability space Propensity probability Frequency probability Expected value Sleeping Beauty problem Probability theory Probability Probability interpretations

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