Preference Foundations for Nonexpected Utility: A Generalized and Simplified Technique

V. Köbberling, P.P. Wakker

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This paper examines a tradeoff-consistency technique for testing and axiomatically founding decision models. The technique modifies earlier tradeoff-consistency techniques by only considering indifferences, not strict preferences. The resulting foundations are both more general and more accessible than earlier results, and they are so regarding both the technical and the intuitive axioms. Axiomatizations based on other, bisymmetry-like, conditions also follow as corollaries from the results of this paper. The tradeoff technique is applied to three popular theories of individual decision under uncertainty and risk, i.e., expected utility, Choquet expected utility, and prospect theory. The conditions used are better suited for empirical measurements of utility than earlier tradeoff conditions and, accordingly, are easier to test.
Original languageEnglish
Pages (from-to)395-423
JournalMathematics of Operations Research
Publication statusPublished - 1 Jan 2003

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