Semiorders and a Theory of Utility Discrimination
By R. Duncan Luce. 1956
How researchers see this paper
The researchers whose trusted networks rank it highest, strongest advocate first. Every researcher gets a different order.
- Gerd Gigerenzer
- Ralph Hertwig
- E. Brandstätter
- Jörg Rieskamp
- Michael H. Birnbaum
- A. Glöckner
- Román Gutiérrez
- Ulrich Hoffrage
Citations in the corpus
- Dimension integration: Testing models without trade-offs (2008, background): “81 Luce (1956) proposed a semi-order representation to 82 describe preference behavior in which items that differ 83 by small increments in utility are treated as indifferent.”
- Implicit versus Explicit Comparatives (2011, unknown): “As already shown by Luce (1956), this unique strict weak order ‘ > P ’ can be defined as follows: x > P y iff def ∃ z : ( x ∼ P z ∧ z P y ) ∨ ( x P z ∧ z ∼ P y ).”
- Heuristic decision making. (2011, unknown): “Luce (1956), Tversky (1972), Dawes (1979), and others studied models of heuristics, such as lexicographic rules, elimination-by-aspect, and equal-weight rules.”
- Testing for intransitivity of preferences predicted by a lexicographic semi-order (2007, background): “(Luce, 1956) has the property that small differences are responded to as if there were no difference.”
- Theory Of Decision Under Uncertainty (2009, background): “Intransitive indifference Motivated by Weber’s law, Luce (1956) suggested to apply the same logic to the measurement of utility.”
- Inferences under time pressure: how opportunity costs affect strategy selection. (2008, background): “LEX-Semi Lexicographic semi-order ( Luce, 1956 ) works like LEX, with the additional assumption of a negligible difference.”
- Rough sets theory for multicriteria decision analysis (2001, background): “The abandon of the transitivity requirement is easily justifiable, remembering – for example – Luce’s paradox of the cups of tea (Luce, 1956).”
- Noncompensatory/nonlinear composite indicators for ranking countries: a defensible setting (2009, background): “Its origins may be found in the famous bald paradox in Greek philosophy: how many hairs one has to cut off to transform a person with hairs to a bald one? Luce ( 1956 ) was the first one to discuss this issue formally in the framework of preference modelling.”