Technical Name Stochastic Dominance
Project Operator National Taiwan University
Project Host 曾郁仁
Summary
We develop a continuum of stochastic dominance rules for expected utility maximizers. The new rules encompass the traditional integer-degree stochastic dominance, while between adjacent integer degrees, formulate the consensus of individuals whose absolute risk aversion at the corresponding integer degree has a negative lower bound.
Scientific Breakthrough
This research has been accepted by Management Science, which is an international top tier academic journal. Management Science serves a role in social science as Nature or Science in science.
Industrial Applicability
Our findings can be applied to determine comparative statics in decision theory, provide a new approach to derive econometric methodology for empirical research, and establish a new framework for studying individuals' risk preferences in experimental studies.
Keyword stochastic dominance risk preferences risk apportionment risk aversion prudence precautionary saving precautionary efforts degree of risk lovingness normal distribution Laplace transfer
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