2013•RePEc: Research Papers in EconomicsOpen access

Decreasing higher-order absolute risk aversion and higher-degree stochastic dominance

Michel M. Denuit, Liqun Liu

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Abstract

Fishburn and Vickson (1978) showed that, when applied to random alternatives with an equal mean, 3rd-degree and DARA stochastic dominances represent equivalent rules. The present paper generalizes this result to higher degrees. Specifically, higher-degree stochastic dominance rules and common preference by all decision makers with decreasing higher-order absolute risk aversion are shown to coincide under appropriate constraints on the respective moments of the random variables to be compared.

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Fishburn and Vickson (1978) showed that, when applied to random alternatives with an equal mean, 3rd-degree and DARA stochastic dominances represent equivalent rules. The present paper generalizes this result to higher degrees. Specifically, higher-degree stochastic dominance rules and common preference by all decision makers with decreasing higher-order absolute risk aversion are shown to coincide under appropriate constraints on the respective moments of the random variables to be compared.

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Available abstract

Fishburn and Vickson (1978) showed that, when applied to random alternatives with an equal mean, 3rd-degree and DARA stochastic dominances represent equivalent rules. The present paper generalizes this result to higher degrees. Specifically, higher-degree stochastic dominance rules and common preference by all decision makers with decreasing higher-order absolute risk aversion are shown to coincide under appropriate constraints on the respective moments of the random variables to be compared.

Key concepts: Stochastic dominance, Preference, Risk aversion (psychology), Dominance (genetics), Degree (music), Mathematics, Econometrics, Order (exchange)

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