| 2024 | IPMU | A Robust Interpretation of Criteria Interactions: Explaining the Human Development Index Ranking by a 2-Additive Choquet Integral Model. | Brice Mayag |
| 2022 | IPMU | Study of the Instability of the Sign of the Nonadditivity Index in a Choquet Integral Model. | Paul Alain Kaldjob Kaldjob, Brice Mayag, Denis Bouyssou |
| 2022 | IPMU | The d-Interaction Index in MCDA. | Brice Mayag, Bertrand Tchantcho |
| 2020 | IPMU | Necessary and Possible Interaction Between Criteria in a General Choquet Integral Model. | Paul Alain Kaldjob Kaldjob, Brice Mayag, Denis Bouyssou |
| 2020 | IPMU | The Necessary and Possible Importance Relation Among Criteria in a 2-Additive Choquet Integral Model. | Brice Mayag, Bertrand Tchantcho |
| 2020 | IPMU | Transparency of Classification Systems for Clinical Decision Support. | Antoine Richard, Brice Mayag, Franois Talbot, Alexis Tsoukis, Yves Meinard |
| 2017 | ICDM | Online Learning of Acyclic Conditional Preference Networks from Noisy Data. | Fabien Labernia, Bruno Zanuttini, Brice Mayag, Florian Yger, Jamal Atif |
| 2016 | IPMU | A 2-Additive Choquet Integral Model for French Hospitals Rankings in Weight Loss Surgery. | Brice Mayag |
| 2015 | ECSQARU | Elicitation of a Utility from Uncertainty Equivalent Without Standard Gambles. | Christophe Labreuche, Sbastien Destercke, Brice Mayag |
| 2014 | IPMU | A Characterization of the 2-Additive Symmetric Choquet Integral Using Trinary Alternatives. | Brice Mayag |
| 2012 | IPMU | Elicitation of a 2-Additive Bi-capacity through Cardinal Information on Trinary Actions. | Brice Mayag, Antoine Rolland, Julien Ah-Pine |
| 2011 | EUSFLAT | Dealing with inconsistencies in the representation of ordinal information by a 2-additive Choquet integral. | Brice Mayag, Michel Grabisch, Christophe Labreuche |
| 2010 | IPMU | An Interactive Algorithm to Deal with Inconsistencies in the Representation of Cardinal Information. | Brice Mayag, Michel Grabisch, Christophe Labreuche |
| 2009 | EUSFLAT | A Link Between the 2-additive Choquet Integral and Belief Functions. | Brice Mayag, Michel Grabisch, Christophe Labreuche |