We provide two characterizations, one axiomatic and the other neuro-computational, of the dependence of choice probabilities on deadlines, within the widely used softmax representation. Our axiomatic analysis provides a behavioural foundation of softmax (also known as Multinomial Logit Model). Our neuro-computational derivation provides a biologically inspired algorithm that may explain the emergence of softmax in choice behaviour. Jointly, the two approaches provide a thorough understanding of softmaximization in terms of internal causes (neuro-physiological mechanisms) and external effects (testable implications).
Multinomial logit processes and preference discovery: inside and outside the black box
Cerreia-Vioglio, Simone;Maccheroni, Fabio
;Marinacci, Massimo;Rustichini, Aldo
2023
Abstract
We provide two characterizations, one axiomatic and the other neuro-computational, of the dependence of choice probabilities on deadlines, within the widely used softmax representation. Our axiomatic analysis provides a behavioural foundation of softmax (also known as Multinomial Logit Model). Our neuro-computational derivation provides a biologically inspired algorithm that may explain the emergence of softmax in choice behaviour. Jointly, the two approaches provide a thorough understanding of softmaximization in terms of internal causes (neuro-physiological mechanisms) and external effects (testable implications).File in questo prodotto:
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