We introduce range utility theory for decisions under risk. Two functions are implicated in the representation of preferences: a traditional utility function for wealth---or changes in wealth---and a range distortion function. The latter introduces a local deformation of the utility function on...

This paper reevaluates the complementary symmetry hypothesis and the supporting experimental evidence. Originally the hypothesis was stated for binary risky prospects. We generalize the hypothesis to arbitrary state-contingent real-valued acts, thus extending the domain from risk to...

Rank dependent probability weighting---an integral part of cumulative prospect theory---has come to dominate the behavioral modeling of risk preferences in non-strategic settings over the last 40 years. We draw attention to some serious limitations of rank dependence when it comes to...

This paper introduces the concept of range-dependent utility. Instead of reference dependence which evaluates outcomes relative to some reference point, we postulate dependence on a given lottery (set of lotteries) outcomes range. In this way the decision maker is a fully rational expected...

We introduce range and sign dependent utility, an integrative behavioral model for uncertain cash flows. For gambles played today, the model can be seen as an extension of original prospect theory based on range, rather than rank. For single future payouts, the model agrees with hyperbolic...

We introduce range utility theory, an integrative behavioral model for uncertain cash flows. The model modifies rank dependent utility, by replacing rank principles with range principles, and extends the domain to time. For gambles played in the future, the model generalizes the probability and...

The purpose of this paper is to demonstrate that Cumulative Prospect Theory is a serious alternative for Expected Utility Theory. It does not contradict Expected Utility, but includes it as a special example. A very useful example, because simple and yet very flexible, Expected Utility proved...