A descriptive multi-attribute utility model for everyday decisions
We propose a descriptive version of the classical multi-attribute utility model; to that end, we add a new parameter, momentary salience, to the customary formulation. The addition of this parameter allows the theory to accommodate changes in the decision maker’s mood and circumstances, as the salie...
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description | We propose a descriptive version of the classical multi-attribute utility model; to that end, we add a new parameter, momentary salience, to the customary formulation. The addition of this parameter allows the theory to accommodate changes in the decision maker’s mood and circumstances, as the saliencies of anticipated consequences are driven by concerns of the moment. By allowing for the number of consequences given attention at the moment of decision to vary, the new model mutes the criticism that SEU models call for an omniscient decision maker. Use of the model is illustrated with a large-scale longitudinal study showing that adolescent smokers have higher utility for smoking than nonsmokers. We also propose to use the model hierarchically to describe everyday decisions that people deal with repeatedly. Big decisions, which set policy, guide a host of nested little decisions, which in turn lead to action. For a little decision, one of the options will be consistent with the policy, and will inherit its high utility. Accordingly, most little decisions will be made quickly and will follow the policy. However, people do sometimes decide to violate their own policies, and we describe how these lapses can lead to collapse of the policy. |
doi_str_mv | 10.1007/s11238-009-9155-1 |
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The addition of this parameter allows the theory to accommodate changes in the decision maker’s mood and circumstances, as the saliencies of anticipated consequences are driven by concerns of the moment. By allowing for the number of consequences given attention at the moment of decision to vary, the new model mutes the criticism that SEU models call for an omniscient decision maker. Use of the model is illustrated with a large-scale longitudinal study showing that adolescent smokers have higher utility for smoking than nonsmokers. We also propose to use the model hierarchically to describe everyday decisions that people deal with repeatedly. Big decisions, which set policy, guide a host of nested little decisions, which in turn lead to action. For a little decision, one of the options will be consistent with the policy, and will inherit its high utility. Accordingly, most little decisions will be made quickly and will follow the policy. However, people do sometimes decide to violate their own policies, and we describe how these lapses can lead to collapse of the policy.</description><identifier>ISSN: 0040-5833</identifier><identifier>EISSN: 1573-7187</identifier><identifier>DOI: 10.1007/s11238-009-9155-1</identifier><identifier>CODEN: THDCBA</identifier><language>eng</language><publisher>Boston: Springer US</publisher><subject>Adolescents ; Applied sciences ; Behavioral/Experimental Economics ; Collapse ; Decision making ; Decision theory. Utility theory ; Decisions ; Economic Theory/Quantitative Economics/Mathematical Methods ; Economics ; Economics and Finance ; Exact sciences and technology ; Expected utility ; Expected values ; Finance ; Game Theory ; Hierarchy ; Insurance ; Management ; Mathematical models ; Moods ; Operational research and scientific management ; Operational research. Management science ; Operations Research/Decision Theory ; Policies ; Preferences ; Public health ; Smoking ; Social and Behav. 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The addition of this parameter allows the theory to accommodate changes in the decision maker’s mood and circumstances, as the saliencies of anticipated consequences are driven by concerns of the moment. By allowing for the number of consequences given attention at the moment of decision to vary, the new model mutes the criticism that SEU models call for an omniscient decision maker. Use of the model is illustrated with a large-scale longitudinal study showing that adolescent smokers have higher utility for smoking than nonsmokers. We also propose to use the model hierarchically to describe everyday decisions that people deal with repeatedly. Big decisions, which set policy, guide a host of nested little decisions, which in turn lead to action. For a little decision, one of the options will be consistent with the policy, and will inherit its high utility. Accordingly, most little decisions will be made quickly and will follow the policy. 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subjects | Adolescents Applied sciences Behavioral/Experimental Economics Collapse Decision making Decision theory. Utility theory Decisions Economic Theory/Quantitative Economics/Mathematical Methods Economics Economics and Finance Exact sciences and technology Expected utility Expected values Finance Game Theory Hierarchy Insurance Management Mathematical models Moods Operational research and scientific management Operational research. Management science Operations Research/Decision Theory Policies Preferences Public health Smoking Social and Behav. Sciences Statistics for Business Students Studies Utilities Utility functions Utility measurement Utility theory |
title | A descriptive multi-attribute utility model for everyday decisions |
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