Utility Functions Invariant with Respect to Some Classes of Shifts
Jacek Chudziak
Abstract
Open-access reader
Jacek Chudziak
Abstract
Open-access reader
A utility function U is said to be invariant with respect to a family of transformations Γ provided, for every member γ of Γ , U and U • γ represent the same preference relation over lotteries.An invariance with respect to a wide class of transformations can be reduced to an invariance with respect to the shift transformations.We give a complete answer to the following question: given a nonempty set T of shifts determine all utility functions invariant with respect to the shift transformations by every element of T .As a consequence of our results we obtain the forms of utility functions invariant with respect to the families of commuting transformations.
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A utility function U is said to be invariant with respect to a family of transformations Γ provided, for every member γ of Γ , U and U • γ represent the same preference relation over lotteries.An invariance with respect to a wide class of transformations can be reduced to an invariance with respect to the shift transformations.We give a complete answer to the following question: given a nonempty set T of shifts determine all utility functions invariant with respect to the shift transformations by every element of T .As a consequence of our results we obtain the forms of utility functions invariant with respect to the families of commuting transformations.
Key concepts: Invariant (physics), Pure mathematics, Mathematics, Preference relation, Class (philosophy), Preference, Computer science, Mathematical physics