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Call for Scientific Projects: CIMI 2025 : application form here in docx or pdf

The International Center for Mathematics and Computer Science (CIMI) is launching a new call for scientific projects for the year 2025. Selected projects can receive funding of up to €15,000 for a duration of two years, with a planned start date in September 2025.

Eligibility Criteria

Scientific projects must align with the objectives and research areas of CIMI. Candidates must submit their application dossier by March 28, 2025.

Selection Procedure

Application dossiers will be evaluated by the CIMI Prospective Committee based on reports from external experts outside the Toulouse research site. Projects will be selected at the end of September 2025 by the CIMI Executive Committee.

Information to Provide

Candidates must send their application dossier via email to Elvire Jalran (elvire.jalran@math.univ-toulouse.fr) and to Francis Filbet (francis.filbet@math.univ-toulouse.fr) before March 28, 2025.

For more information about the call for projects and the requirements for the application, please find the document available above at the top of this page.

Application Deadline

March 28th, 2025

Project Start Date

September 2025 for a duration of two years.

Past research projects funded by the LabEX CIMI

Projets de recherche CIMI 2022

  • C. Rochange (IRIT), Connecting Processor Descriptions (COCOON) ;

  • D. Kouamé (IRIT), Quantum inspired imaging processsing for inverse problems in medical imaging (QUANTIM) ;

  • M. Siala (LAAS), Automated and Casual Reasoning for Interactive Combinatorial Optimisation under Uncertainty (APRICO).

Projets de recherche CIMI 2021

  • X. Buff (IMT), Parabolic dynamics in higher dimension (PARABO) ;

  • J. Gillibert (IMT), Rank of abelian varieties over function fields (RAVOFF) ;

  • J. Gutt (IMT), Capacities and operator for capacities (CAPOPA)

  • A. Joulin (IMT), Global sensitivity analysis and Poincaré inequalities (SENANA) ;

  • S. Mercier (IMT), Detection of change point and atypical regions in sequential data (DETEC) ;

  • J. Rebelo (IMT), Complex dynamics of group actions, Halphen and Painlevé systems (COMDYN) ;

  • N. Savy (IMT), Reinforcement learning for health (RL4H) ;

  • S. Le Coz (IMT), COmputation methods for Cold Atoms Stationary StatEs (COCASS) ;

  • J. Gergaud (IRIT), Singular perturbated problems and julia package in optimal control (SIPJOC) ;

  • J. Goulart (IRIT), Vers des méthodes d’apprentissage de modèles tensoriels avec des garanties de performance (MAMOT) ;

  • L. Chaari (IRIT), Interoperability of biomedical connected objects (IBCO) ;

  • N. Accettura (LAAS), LoRa-enabled IoT Orbiting Networks (LION) ;

  • M. J. Huguet (LAAS), Operational research for fairness, privacy and interpretability in machine learning (PRIMAL) ;

  • V. Magron (LAAS), Efficient polynomial optimization for quantum and control systems (EPOQCS) ;

  • B. Prabhu, (LAAS) Non regret learning for Stackelberg games (NOREGL) ;

  • N. Guermouche (LAAS), Vers une gestion proactive des systèmes cyber-physiques basée sur l’externalisation de leurs processus (SOSCP).

Projets de recherche CIMI 2020

  • Cattiaux Patrick (IMT), Rigorous mathematical results for some opinion dynamics (CONCENSUS) ;

  • Chhaibi Reda (IMT), Log-correlation in mathematical physis : from random matrices to branching structures Log-correlation ;

  • Costantino Francesco (IMT), Beyond stated skein algebras (BSSA) ;

  • Dardé Jérémi (IMT), Electrical impedance tomography for the inverse problem of electrocardiographic imaging (EITIPEI) ;

  • Deluzet Fabrice (IMT), Prospect of novel numerical models for electric propulsion and low temperature plasmas (Prometeus) ;

  • Faye Grégory (IMT), Traveling fronts in reaction-diffusion systems : stability & initiation (StabIn) ;

  • Guedj Vincent (IMT), Families of canonical hermitian metrics (Hermetic) ;

  • Royer Julien (IMT), PDEs on quantum graphs (Qgraph) ;

  • Sablik Mathieu (IMT), Randomness in the study of the computability of asymptotic properties of dynamical systems (RSCAPDS) ;

  • Ayesta Urtzi (IRIT), Probabilistic exploration of large state spaces for reinforcement learning (PELSSRL) ;

  • Carle Thomas (IRIT), Autonomous vehicle applications timing analysis (AVATAr) ;

  • Morvan Franck (IRIT), An efficient and economic multi-cloud data management system (MCD) ;

  • Soubiès Emmanuel (IRIT), Problèmes inverses aveugles en microscopie (PIAM) ;

  • Teabe Boris (IRIT), Walkin : mise à jour des hyperviseurs dans un datacenter (WalkIn) ;

  • El Baz Didier (LAAS), Efficient big graphs parallel processing on distributed memory architectures (BigGraphs) ;

  • Tarbouriech Sophie (LAAS), Control of infinite-dimensional systems with nonlinear and learning elements in the loop : a fading memory purpose (CISNLE).