A bi-preference interplay between transitivity and completeness: reformulating and extending Schmeidler's theorem
From MaRDI portal
Publication:2197095
DOI10.1016/j.jmp.2020.102354zbMath1442.91030OpenAlexW3016898303MaRDI QIDQ2197095
Alfio Giarlotta, W. Stephen Watson
Publication date: 4 September 2020
Published in: Journal of Mathematical Psychology (Search for Journal in Brave)
Full work available at URL: https://doi.org/10.1016/j.jmp.2020.102354
completenesstransitivitypreorderrational behaviornecessary and possible preferencebi-preferenceorder-section topologySchmeidler's theorem
Related Items (8)
The Yannelis-Prabhakar theorem on upper semi-continuous selections in paracompact spaces: extensions and applications ⋮ The interplay between transitivity and completeness: generalized \textsf{NaP}-preferences ⋮ The continuity postulate in economic theory: a deconstruction and an integration ⋮ Modal preference structures ⋮ Continuity postulates and solvability axioms in economic theory and in mathematical psychology: a consolidation of the theory of individual choice ⋮ On an extension of a theorem of Eilenberg and a characterization of topological connectedness ⋮ On the consistency and the decisiveness of the double-minded decision-maker ⋮ The intermediate value theorem and decision-making in psychology and economics: an expositional consolidation
Uses Software
Cites Work
- Unnamed Item
- Unnamed Item
- Unnamed Item
- Unnamed Item
- Multiple criteria decision analysis. State of the art surveys. In 2 volumes
- Richter-Peleg multi-utility representations of preorders
- \((m, n)\)-rationalizable choices
- Universal semiorders
- Choice by sequential procedures
- The pseudo-transitivity of preference relations: strict and weak \((m,n)\)-Ferrers properties
- Scalarization methods and expected multi-utility representations
- Justifiable preferences
- Continuity and completeness under risk
- Sequentially rationalizable choice with transitive rationales
- Continuity, completeness and the definition of weak preferences
- Utility representation of an incomplete preference relation
- Normalized and strict NaP-preferences
- Interval graphs and interval orders
- The theory of convex geometries
- The algebraic versus the topological approach to additive representations
- Maxmin expected utility with non-unique prior
- Choice functions and abstract convex geometries
- Semiorders. Properties, representations, applications
- A quasiordering is the intersection of orderings
- Strict \((m, 1)\)-Ferrers properties
- Necessary and possible indifferences
- Fuzzy politics. I: The genesis of parties
- Knightian decision theory. I.
- Independent random utility representations
- Preferences for multi-attributed alternatives: traces, dominance, and numerical representations
- Normally preordered spaces and utilities
- Necessary and possible preference structures
- Robust ordinal regression in preference learning and ranking
- On the consistency and the decisiveness of the double-minded decision-maker
- Sequential rationalization of multivalued choice
- Well-graded families of NaP-preferences
- New perspectives in multiple criteria decision making. Innovative applications and case studies
- Congruence relations on a choice space
- On the multi-utility representation of preference relations
- On continuity of incomplete preferences
- Modelling intransitive preferences: a random-effects approach
- A genesis of interval orders and semiorders: transitive NaP-preferences
- Intransitive indifference with unequal indifference intervals
- Semiorders and a Theory of Utility Discrimination
- Foundational aspects of theories of measurement
- Objective and Subjective Rationality in a Multiple Prior Model
- Path Independence, Rationality, and Social Choice
- Objective rationality and uncertainty averse preferences
- The transitive core: Inference of welfare from nontransitive preference relations
- Dynamic objective and subjective rationality
- The Relationship Between Transitive Preference and the Structure of the Choice Space
- Rationalizing Choice Functions By Multiple Rationales
- Revealed Preference Theory
- Quasi-Transitivity, Rational Choice and Collective Decisions
- Intransitive Indifference in Preference Theory: A Survey
- Utility Functions for Partially Ordered Topological Spaces
- A Condition for the Completeness of Partial Preference Relations
- Choice Functions and Revealed Preference
- A Definition of Subjective Probability
- Utility Theory without the Completeness Axiom
- Rational Selection of Decision Functions
This page was built for publication: A bi-preference interplay between transitivity and completeness: reformulating and extending Schmeidler's theorem
