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1985 | Buch

Preference Modelling

verfasst von: Prof. Dr. Marc Roubens, Prof. Dr. Philippe Vincke

Verlag: Springer Berlin Heidelberg

Buchreihe : Lecture Notes in Economics and Mathematical Systems

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SUCHEN

Über dieses Buch

The following scheme summarizes the different families introduced in this chapter and the connections between them. Family of interval orders f Row-homogeneous Column-homogeneous Family of family of interval semi orders family of interval orders orders Homogeneous family of i nterva 1 orders Homogeneous family of semi orders Family of weak orders 85 5.13. EXAMPLES We let to the reader the verification of the following assertions. Example 1 is a family of interval orders which is neither row-homogeneous nor column-homogeneous. Example 2 is a column-homogeneous family of interval orders which is not row-homogeneous but where each interval order is a semiorder. Example 3 is an homogeneous family of interval orders which are not semiorders. Example 4 is an homogeneous family of semi orders . . 8 ~ __ --,b ~---i>---_ C a .2 d c Example Example 2 .8 .6 c .5 a 0 a d Example 3 Example 4 5.14. REFERENCES DOIGNON. J.-P •• Generalizations of interval orders. in E. Degreef and J. Van Buggenhaut (eds). T~ndS in MathematiaaZ PsyahoZogy. Elsevier Science Publishers B.V. (North-Holland), Amsterdam, 1984. FISHBURN. P.C., Intransitive indifference with unequal indifference intervals. J. Math. Psyaho.~ 7 (1970) 144-149. FISHBURN. P.C., Binary choice probabilities: on the varieties of stochastic transitivity. J. Math. Psyaho.~ 10 (1973) 327-352.

Inhaltsverzeichnis

Frontmatter
Chapter 1. Binary Relations: Definitions, Representations, Basic Properties
Abstract
Let A denote a finite set of elements a, b, c, ... A binary relation S on the set A is a subset of the cartesian product A × A, that is, a set of ordered pairs (a,b) such that a and b are in A: S ⊂ A × A. If the ordered pair (a,b) belongs to S, we denote indifferently (a,b) ∈ S or a S b.
Marc Roubens, Philippe Vincke
Chapter 2. The Concept of Preference Structure
Abstract
We suppose through chapters 2 to 4 that an individual ( a decision-maker) when confronted with every pair of distinct elements of a set A, either
  • clearly prefers one element over the other,
  • feels indifferent about them,
  • considers that the two elements are incomparable.
Marc Roubens, Philippe Vincke
Chapter 3. Usual Preference Structures
Abstract
In this chapter, we describe some preference structures used more or less frequently in literature concerned with preferences: tournaments, total orders, weak orders, interval orders, semiorders, partial orders, quasi orders.
Marc Roubens, Philippe Vincke
Chapter 4. Two New Preference Structures
Abstract
In this chapter we define partial interval order and partial semiorder structures. In order to ensure terminology coherence we require the following properties:
(i)
partial structures must coincide with corresponding total structures when R = ø;
 
(ii)
partial structures must coincide with a quasi order (partial preorder) structure when property I c I is satisfied and with a partial order structure when I = {(a,a), ∀ a ∈ A},
 
(iii)
partial structures must be compatible with a numerical representation.
 
Marc Roubens, Philippe Vincke
Chapter 5. Complete Valued Preference Structures
Abstract
A complete valued preference structure in a finite set A is a mapping from A × A to [−1, +1] such that, ∀ a,b ∈ A: μ(a,b) + μ(b,a) = 0.
Marc Roubens, Philippe Vincke
Chapter 6. Complete Two-Valued Preference Structures
Abstract
A complete two-valued preference structure in a finite set A is a mapping from A×A to [−1, +1] such that, V a, b ∈ A:
$${\rm{\mu }}\left( {{\rm{a,b}}} \right) + {\rm{\mu }}\left( {{\rm{b,a}}} \right) = 0.$$
Marc Roubens, Philippe Vincke
Backmatter
Metadaten
Titel
Preference Modelling
verfasst von
Prof. Dr. Marc Roubens
Prof. Dr. Philippe Vincke
Copyright-Jahr
1985
Verlag
Springer Berlin Heidelberg
Electronic ISBN
978-3-642-46550-5
Print ISBN
978-3-540-15685-7
DOI
https://doi.org/10.1007/978-3-642-46550-5