Publication | Closed Access
One-Switch Independence for Multiattribute Utility Functions
67
Citations
14
References
2011
Year
Mathematical ProgrammingEngineeringBoolean FunctionRevealed PreferenceMultiple-criteria Decision AnalysisNew Independence AssumptionOperations ResearchTrade-off AnalysisReliability EngineeringRisk ManagementSystems EngineeringCombinatorial OptimizationDecision TheoryOne-switch IndependenceMechanism DesignEconomicsComputer ScienceUtility IndependenceUtility-driven ModelPreference AggregationNatural GeneralizationFormal MethodsBusinessMicroeconomics
Assessment of multiattribute utility functions is significantly simplified if it is possible to decompose the function into more manageable pieces. Utility independence is a powerful property that serves well for this purpose, but if it is not appropriate in a given situation, what options does the analyst have? We review some possibilities and propose a new independence assumption based on the one-switch property. We argue that it is a natural generalization of utility independence and show how it leads to tractable multiattribute utility functions.
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