# A method of multiobjective decision making using a vector value function.

Sixto Ríos-Insua; Jacinto González Pachón; Alfonso Mateos

Qüestiió (1994)

- Volume: 18, Issue: 2, page 153-172
- ISSN: 0210-8054

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topRíos-Insua, Sixto, González Pachón, Jacinto, and Mateos, Alfonso. "A method of multiobjective decision making using a vector value function.." Qüestiió 18.2 (1994): 153-172. <http://eudml.org/doc/40118>.

@article{Ríos1994,

abstract = {A decision situation with partial information on preferences by means of a vector value function is assumed. The concept of minimum value dispersion solution as a reference point joined with a pseudodistance function from such a point and a dispersion level ε, lead to the notion of ε-dispersion set. The dispersion level represents the amount of value that the decision maker can be indifferent to, therefore he should choose his most preferred solution in this set. Convergence properties, as well as an interactive method based on the reduction of ε-sets by means of parametric variation of ε, to aid decision making in discrete problems is considered. Detailed numerical examples are included.},

author = {Ríos-Insua, Sixto, González Pachón, Jacinto, Mateos, Alfonso},

journal = {Qüestiió},

keywords = {multiobjective decision making; vector value function; efficient set; partial information on preferences},

language = {eng},

number = {2},

pages = {153-172},

title = {A method of multiobjective decision making using a vector value function.},

url = {http://eudml.org/doc/40118},

volume = {18},

year = {1994},

}

TY - JOUR

AU - Ríos-Insua, Sixto

AU - González Pachón, Jacinto

AU - Mateos, Alfonso

TI - A method of multiobjective decision making using a vector value function.

JO - Qüestiió

PY - 1994

VL - 18

IS - 2

SP - 153

EP - 172

AB - A decision situation with partial information on preferences by means of a vector value function is assumed. The concept of minimum value dispersion solution as a reference point joined with a pseudodistance function from such a point and a dispersion level ε, lead to the notion of ε-dispersion set. The dispersion level represents the amount of value that the decision maker can be indifferent to, therefore he should choose his most preferred solution in this set. Convergence properties, as well as an interactive method based on the reduction of ε-sets by means of parametric variation of ε, to aid decision making in discrete problems is considered. Detailed numerical examples are included.

LA - eng

KW - multiobjective decision making; vector value function; efficient set; partial information on preferences

UR - http://eudml.org/doc/40118

ER -

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