Abstract
Newsvendor models are widely used in the literature, and usually based upon the assumption of risk neutrality. Recently there is a growing body of literature that attempts to use alternative risk preferences rather than risk neutrality to describe the newsvendor decision-making behavior. In this chapter, we provide an overview of newsvendor models with alternative risk preferences within the expected utility theory and prospect theory frameworks and identify some directions for future research.
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Notes
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Within the EUT framework, a risk-neutral decision maker’s utility function U(W) satisfies U ′(W) > 0 and U ′′(W) = 0 for all W (i.e., a linear utility function), whereas a risk-loving decision maker’s utility function U(W) satisfies U ′(W) > 0 and U ′′(W) > 0 for all W (i.e., a convex utility function).
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For example, Eeckhoudt et al. (1995) consider a newsvendor who is allowed to obtain additional newspapers at a cost c’ satisfying c < c ′ < p. Thus, the newsvendor is still able to make money from replenishment orders to satisfy unmet demand (i.e., the shortage cost penalty is \(s = {c}^{{\prime}}- p \in (c - p, 0)\)).
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Wang, C.X., Webster, S., Zhang, S. (2012). Newsvendor Models with Alternative Risk Preferences Within Expected Utility Theory and Prospect Theory Frameworks. In: Choi, TM. (eds) Handbook of Newsvendor Problems. International Series in Operations Research & Management Science, vol 176. Springer, New York, NY. https://doi.org/10.1007/978-1-4614-3600-3_7
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