A unified derivation of classical subjective expected utility models through cardinal utility
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Publication:1304440
DOI10.1016/S0304-4068(98)00045-7zbMath0962.91024OpenAlexW2105992164WikidataQ58318769 ScholiaQ58318769MaRDI QIDQ1304440
Publication date: 14 November 2000
Published in: Journal of Mathematical Economics (Search for Journal in Brave)
Full work available at URL: https://doi.org/10.1016/s0304-4068(98)00045-7
Transportation, logistics and supply chain management (90B06) Utility theory (91B16) Probabilistic measure theory (60A10)
Related Items (8)
A note on Wakker's cardinal coordinate independence ⋮ Logarithmically homogeneous preferences ⋮ Source and rank-dependent utility ⋮ Mixture independence foundations for expected utility ⋮ Subjective expected utility without preferences ⋮ Smooth aggregation of Bayesian experts ⋮ A new axiomatization of rank-dependent expected utility with tradeoff consistency for equally likely outcomes ⋮ Koopmans' constant discounting for intertemporal choice: A simplification and a generalization
Cites Work
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- Order indifference and rank-dependent probabilities
- Cardinal coordinate independence for expected utility
- Ambiguity aversion and ambiguity content in decision making under uncertainty
- Foundations of risk measurement. II. Effects of gains on risk
- The axioms of subjective probability
- Continuous subjective expected utility with non-additive probabilities
- Maxmin expected utility with non-unique prior
- Savage's theorem with a finite number of states
- Multisymmetric structures and non-expected utility
- Coalescing, event commutativity, and theories of utility
- Measuring the utility of losses by means of the tradeoff method
- An axiomatization of cumulative prospect theory
- Separating marginal utility and probabilistic risk aversion
- Choquet expected utility with a finite state space: Commutativity and act-independence
- The axiomatic basis of anticipated utility: A clarification
- Rank dependent utility for arbitrary consequence spaces
- A unifying approach to axiomatic non-expected utility theories
- Subjective expected utility with non-additive probabilities on finite state spaces
- Subjective Probability and Expected Utility without Additivity
- A Simple Axiomatization of Nonadditive Expected Utility
- Eliciting von Neumann-Morgenstern Utilities When Probabilities Are Distorted or Unknown
- A Single-Stage Approach to Anscombe and Aumann's Expected Utility
- Unbounded Utility for Savage's “Foundations of Statistics,” and Other Models
- Additive von Neumann-Morgenstern Utility Functions
- A Definition of Subjective Probability
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