One basic assumption to consider an additive utility function is the preferential independence. When interacting criteria are considered, this condition might be violated and a substitute to the classical weighted mean has to be adopted. The Choquet integral seems to be an adequate aggregation operator that extends the weighted mean and the ordered weighted average (OWA). The axiomatics that supports the Choquet integral is presented as well as its behavioral analysis with regards to veto and favor effects, degree of disjunction and measure of dispersion. One illustrative example of its application in the field of MCDM is provided
In this paper we study the extension of Choquet integrals to ordinal scales. We show that two differ...
In multi-criteria decision making, it is necessary to aggregate (combine) utility values correspondi...
Choquet integral with respect to fuzzy measure is a generalization of weighted arithmetic mean aggre...
peer reviewedThe most often used operator to aggregate criteria in decision making problems is the c...
The most often used operator to aggregate criteria in decision making problems is the classical weig...
peer reviewedThe most often used operator to aggregate criteria in decision making problems is the c...
The most often used operator to aggregate criteria in decision making problems is the classical weig...
International audienceThis paper addresses the question of which models fit with information concern...
The most often used operator to aggregate criteria in decision making problems is the classical weig...
peer reviewedThe most often used operator to aggregate criteria in decision making problems is the c...
peer reviewedIn many multi-criteria decision-making problems the decision criteria present some inte...
We present a model allowing to determine the weights related to interacting criteria. This is done o...
International audienceWe are interested in modeling interaction between criteria in Multi-Criteria D...
International audienceWe are interested in modeling interaction between criteria in Multi-Criteria D...
peer reviewedIn many multi-criteria decision making problems the criteria present some interaction w...
In this paper we study the extension of Choquet integrals to ordinal scales. We show that two differ...
In multi-criteria decision making, it is necessary to aggregate (combine) utility values correspondi...
Choquet integral with respect to fuzzy measure is a generalization of weighted arithmetic mean aggre...
peer reviewedThe most often used operator to aggregate criteria in decision making problems is the c...
The most often used operator to aggregate criteria in decision making problems is the classical weig...
peer reviewedThe most often used operator to aggregate criteria in decision making problems is the c...
The most often used operator to aggregate criteria in decision making problems is the classical weig...
International audienceThis paper addresses the question of which models fit with information concern...
The most often used operator to aggregate criteria in decision making problems is the classical weig...
peer reviewedThe most often used operator to aggregate criteria in decision making problems is the c...
peer reviewedIn many multi-criteria decision-making problems the decision criteria present some inte...
We present a model allowing to determine the weights related to interacting criteria. This is done o...
International audienceWe are interested in modeling interaction between criteria in Multi-Criteria D...
International audienceWe are interested in modeling interaction between criteria in Multi-Criteria D...
peer reviewedIn many multi-criteria decision making problems the criteria present some interaction w...
In this paper we study the extension of Choquet integrals to ordinal scales. We show that two differ...
In multi-criteria decision making, it is necessary to aggregate (combine) utility values correspondi...
Choquet integral with respect to fuzzy measure is a generalization of weighted arithmetic mean aggre...