Due to the interdisciplinary nature of the themes of the school, it belongs to the following Graduate Colleges:
- Graduate College in Engineering Sciences
- Graduate College in Sciences
The Graduate School gathers Belgian teams (UNamur, KUL, UCLouvain, UGent, ULB, ULg, UMONS, VUB). It essentially merges the Graduate School in Systems and Control (started in 1992 as an initiative of the Interuniversity Attraction Pole on Modelling, Simulation and Control of Complex Systems) with the Graduate Program in Mathematical Programming (sponsored by the FNRS as a 3rd cycle program since 1994). The participating teams are active in the area of Systems, Optimization, Control and Networks, or have strong interest in topics related to it.
A common research theme pursued by the participating teams consists in the modelling of certain systems and phenomena with the purpose of controlling or optimizing their behavior and performance.
These models are based on dynamical systems, differential (or difference) equations and mathematical programming formulations. Research of the participating teams focusses on the identification, analysis, control and optimization of these models, including the corresponding theory, algorithmic aspects and numerical resolution techniques.
This area of growing interest finds numerous applications in various fields such as automatic control, biotechnology and biomedical engineering, mechanical and electrical engineering, production and supply chain management and planning, process engineering, robotics, routing, traffic or service networks and signal processing.
The Graduate School gets yearly fundings from the FNRS and from the FSR (Fonds Spécial de Recherche - UCLouvain).
A steering committee coordinates the teaching activities of the Graduate School.
The steering committee has at least one representative of each involved university.
The current steering committee is as follows :
(April 15, 2019)
The main objective of the Graduate School is to provide a high quality scientific environment and a well-balanced graduate-level program for the Belgian doctoral students in Systems, Optimization, Control and Networks.
Several activities are organized with the following objectives in mind.
The Graduate School
- provides high level graduate training for doctoral students
- builds a network of all Belgian research teams that are active in the area and improve their international visibility
- organizes conferences and workshops in its area of interest
- strengthens the links between Belgian teams via co-supervision of doctoral theses
- interacts with European initiatives such as the Marie Curie exchange and training program
- encourages student exchanges within national and international programs.
The training activities take the following various forms:
- Graduate level courses
About six courses a year are organized. These include lecture notes and evaluation facilities. Half of the courses are typically taught by invited lecturers. The courses are open to students from abroad.
- Seminar series
Every partner organizes seminars on a regular basis. The information is centralized and advertized via this web site's home page.
- Specialized workshops
Workshops on selected topics are occasionally organized. These workshops typically target a more specialized audience. Examples of past initiatives of this type are the Workshops on Dynamics and Computation, on Integrated Text and Data-Mining, a Summer school on Modern Convex Optimization and a NATO Advanced Study Institute on Learning Theory and Practice.
- Scientific meetings
Meetings with a broader range of interest are organized on a regular basis. Examples are the annual Benelux Meetings on Systems and Control and the Han-sur-Lesse Mathematical Programming Conferences.
The different universities and teams involved are listed below in alphabetic order with keywords describing their research activities related to the themes of the graduate school and the name of the contact person.
Research activities : system analysis, (bio)-chemical processes, system optimisation, sensitivity analysis (local/global), uncertainty analysis
Contact person: Ingmar Nopens
Research activities : queueing theory, performance analysis of communication networks, operations research, branching processes
Contact person: Dieter Fiems
Research activities : stability of coupled oscillators, Lagrangian and Hamiltonian models, differential equations, Petri nets, discrete event systems, filtering, statistical decision problems
Contact person : Alain Sarlette
Research activities : biosystems modeling, process control, estimation methods, robustness analysis
Contact person : Steffen Waldherr
Research activities : numerical approximation, linear algebra, scientific computing, numerical integration, nonlinear equations, computational methods for control, scientific software
Contact person : Dirk Roose
Research activities : systems, models & control, numerical linear & multilinear algebra, complex networks & nonlinear systems, optimization, support vector machines & kernel methods, data-mining, information retrieval & knowledge discovery, bioinformatics & computational biology, visualization, digital signal processing for audio & telecom, biomedical data processing, multimodal data analysis
Contact person : Lieven Delathauwer
Research activities : biological systems, automation, mechatronics, modelling
Contact person : Herman Ramon
Research activities : modelling, identification, control, optimization, mechatronics, robotics
Contact person : Goele Pipeleers
Research activities : design, modelling and optimization of mechatronic systems, multibody dynamics
Contact person : Paul Fisette
Research activities : operations research, mixed integer programming, networks, supply chain management
Contact person : Philippe Chevalier
Research activities : mixed integer programming, convex optimization, operations research, networks
Contact person : François Glineur
Research activities : systems and control theory, numerical linear algebra, neural networks, nonlinear control, networks, hybrid systems.
Contact person : Paul Van Dooren
Research activities : algorithms and geometric structures, polytopes, convex sets, combinatorial optimization
Contact person : Jean-Paul Doignon
Research activities : mathematical programming, combinatorial optimization, networks and graphs
Contact person : Martine Labbé
Research activities : active structural control and vibration damping, mechatronics, robotics, SMART structures
Contact person : André Preumont
Research activities : modelling, identification, control, fault detection, process industry.
Contact person : Michel Kinnaert
Research activities : operations research, production management, combinatorial optimization, integer programming
Contact person : Yves Crama
Research activities : computer networks, traffic engineering and optimization, congestion control, autonomic networks
Contact person : Guy Leduc
Research activities : discrete optimization, nonlinear systems, networks of oscillators, dynamics and coordination, optimization on manifolds, stochastic methods, computer vision, machine learning, power systems, bioinformatics, biostatistics, statistical genetics
Contact person : Rodolphe Sepulchre
Research activities : automatic control, bioprocess modeling,state estimation, robust control, vehicle positioning, numerical simulation
Contact person : Alain Vande Wouwer
Research activities : operations research, production planning, multi-criteria optimization and decision
Contact person : Marc Pirlot
Research activities : identification, experiment design, estimation, linear and nonlinear systems
Contact person : Rik Pintelon