MAAD research Department : Models and Algorithms to support Decision making
Person(s) in charge
The work of the research Department "Models and Algorithms to support Decision making" (MAAD in French) focuses on fundamental and applied aspects of decision-making problems in various fields: computer science, industry, management, economics, communication, data processing, images, bioinformatics or environment. Work in this area focuses on modeling, simulation, algorithmic and mathematical analysis of optimization, diagnostics and learning problems. The studies carried out involve advanced mathematical models and methods and articulate them with software developments.
Keywords: Algorithms, graphs, optimization, learning, image processing, modeling, simulation.
Themes
last publications
Florent Foucaud, Paras Vinubhai Maniya, Kaustav Paul, Dinabandhu Pradhan - March 1, 2026
- Discrete Mathematics
Locating-dominating partitions for some classes of graphs
Fatemeh Ghasemi, Julien Grange, Mamadou Moustapha Kanté, Florent Madelaine - Feb. 23, 2026 - CSL 2026
Weakly-sparse and strongly flip-flat classes of graphs are uniformly almost-wide
Dipayan Chakraborty, Florent Foucaud, Michael Henning, Tuomo Lehtilä - Feb. 1, 2026 - Discrete Mathematics
Identifying codes in graphs of given maximum degree: Characterizing trees
Eleon Bach, Yann Disser, Sophie Huiberts, Nils Mosis - Jan. 11, 2026 - ACM-SIAM Symposium on Discrete Algorithms (SODA26)
An unconditional lower bound for the active-set method in convex quadratic maximization
Colin Geniet, Fatemeh Ghasemi, Mamadou Moustapha Kanté - Jan. 7, 2026
Transducing Linear Decompositions of Tournaments
Locating-dominating partitions for some classes of graphs
Fatemeh Ghasemi, Julien Grange, Mamadou Moustapha Kanté, Florent Madelaine - Feb. 23, 2026 - CSL 2026
Weakly-sparse and strongly flip-flat classes of graphs are uniformly almost-wide
Dipayan Chakraborty, Florent Foucaud, Michael Henning, Tuomo Lehtilä - Feb. 1, 2026 - Discrete Mathematics
Identifying codes in graphs of given maximum degree: Characterizing trees
Eleon Bach, Yann Disser, Sophie Huiberts, Nils Mosis - Jan. 11, 2026 - ACM-SIAM Symposium on Discrete Algorithms (SODA26)
An unconditional lower bound for the active-set method in convex quadratic maximization
Colin Geniet, Fatemeh Ghasemi, Mamadou Moustapha Kanté - Jan. 7, 2026
Transducing Linear Decompositions of Tournaments
All publications are here
Current projects
Optimal Route Planning of Unmanned Aerial Vehicle for Data Collection from Sensor Nodes.
CIROQUO CONSORTIUM
CHAIRE PROF JUNIOR
Towards Testable Theories of Linear Programming
ALGOMETRIC
Anomaly Detection in Spectral Data Stream
Optimization of layout design in Ultra-Flexible Factories
Advanced Optimization Meets Machine Learning
DLISCES : Deep Learning, Images Satellites et Cartographie d’Indicateurs Economiques et Sociaux
GRALMECO - Algorithmics for metric covering problems in graphs
Team
Persons in charge of themes
Theme Algorithmics, Graphs, Complexity Theme Team Metamodeling, Continuous Optimization and Applications (MOCA)- KOKO Jonas - Mail
- HILL David - Mail
- AH-PINE Julien
- BACHELET Bruno
- BAY Xavier
- BEAUDOU Laurent
- BENDALI AMOR Fatiha
- BOURINET Jean Marc
- CHICOISNE Renaud
- COLARES BORGES Rafael
- FESCHET Fabien
- FOUCAUD Florent
- GERARD Yan
- HILAIRE Claire
- HILL David
- KANTE Mamadou
- KERIVIN Hervé
- KOKO Jonas
- LAFOREST Christian
- LIMOUZY Vincent
- MAILFERT Jean
- MAZEL Claude
- NGUYEN Viet Hung
- NOURINE Lhouari
- PASTOR Lucas
- RAYNAUD Olivier
- RULLIERE Didier
- SAMIR Chafik
- TRAPPLER Victor
- VIGNY Alexandre
- WAGLER Annegret
- YON Loïc
- BERAUD-SUDREAU Guillaume
- BERTRAND Anthony
- BRUNEL Lucas
- CANCELLIERE Francesco
- CHARTRAIN Alexis
- DIRKS Jona
- GUIEN Valentin
- HA HUY PHUC Nguyen
- HU Yuankang
- KAIAL Victoria
- KASHOU Layth
- KHIZAR Muhammad Haseeb
- LEBESE Thabang Doreen
- LORIEAU Lucas
- MA Rui
- MEUNIER Anthony
- MOELEVOU Alhadiri
- MUKHOPADHYAY Soumyodeep
- NGUYEN Thanh Loan
- QUINTIN Anthony
- RACHURI Anirudh Raghava
- SCHIVRE Nicolas
- TAHERI KHORRAM ABADI Seyed Mohammad Javad
- TRAN THI THUY An