Projects

Projects per year 1993 1996 1998 1999 2003 2005 2007 2009 2013 2014 2015 2016 2023

• 63 Finished

Projects per year

Search results

• Finished

  FWOAL859: A unifying approach to data driven modeling of nonlinear systems

  Runacres, M., Schoukens, J. & Schoukens, J.

  1/01/18 → 31/12/21

  Project: Fundamental

  • Data-driven 100%
  • Nonlinear Systems 69%
  • Modeling 57%
  • Nonlinear systems 56%
  • Identification (control systems) 38%

• CONO573: Francqui-Leerstoel - Academiejaar 2016-2017: toegekend aan Prof. Dr. Gaëtan Kerschen (ULg)

  Schoukens, J. & Guillaume, P.

  13/10/16 → 31/12/17

  Project: Fundamental

• FWOSAB1: Scientific assignment: sabbatical period from 01/02/2016 to 31/01/2017.

  Schoukens, J.

  1/02/16 → 31/01/17

  Project: Fundamental

• FWOSB1: User-friendly Identification of massive MIMO systems

  Schoukens, J., Verbeke, D. T. M., Schoukens, J. & Runacres, M.

  1/01/16 → 31/12/19

  Project: Applied

  • MIMO systems 100%
  • Automatic identification 42%
  • Frequency response 32%
  • Transfer functions 32%
  • Signal processing 28%

• OZR2960: OZR2960: Identification of Structured Nonlinear Models - VUB onderzoekscontingent Sabbatical leaves 2016 (call 2015)

  Schoukens, J.

  1/01/16 → 31/12/16

  Project: Fundamental

  • non-linear model 100%
  • Nonlinear Dynamics 86%
  • Postal Service 73%

• OZR2829: Ontkoppelen en benaderen van ruizige multivariate functies in niet-lineaire systeemidentificatie

  Schoukens, J.

  1/10/15 → 30/09/16

  Project: Policy Based

• OZR2826: Identificatie en experiment-design van geregulariseerde niet-parametrische voorstellingen van niet-lineaire systemen

  Schoukens, J.

  1/10/15 → 30/09/16

  Project: Policy Based

  • Experiment 100%

• FWOAL758: Decoupling multivariate polynomials in nonlinear system identification

  Markovsky, I., Ishteva, M. K., Dreesen, P., Usevich, K. & Schoukens, J.

  1/01/15 → 31/12/18

  Project: Fundamental

  • Structured Matrices 100%
  • System Identification 96%
  • Decoupling 89%
  • Multivariate Polynomials 87%
  • Intuitive 77%

• OZR2679: Bilateral cooperation within the framework of joint doctoral projects_Bench fee i.h.k. from Joint PhD VUB-Budapest University of Technology and Economics Hungary, Sandor Kolumban.

  Schoukens, J.

  1/09/14 → 30/09/17

  Project: Fundamental

• FWOAL737: Study and development of an integrated approach for system identification and controller design for multi-variable non-linear systems

  Vanlanduit, S., Schoukens, J. & Swevers, J.

  1/01/14 → 31/12/17

  Project: Fundamental

• IWT639: Battery Modelling of Lithium Chemistries Based on an Eclectic Approach

  Omar, N., Timmermans, J. P., Van Mierlo, J., Van Mierlo, J., Van Mierlo, J., Hubin, A., Schoukens, J., Van Den Bossche, P., de Hoog, J., Nikolian, A., Fleurbaey, K., Goutam, S., Jaguemont, J. & Gopalakrishnan, R.

  1/01/14 → 31/12/17

  Project: Fundamental

  • Lithium-ion batteries 100%
  • Aging of materials 42%
  • Lithium-ion Battery 37%
  • Lithium 32%
  • Ions 29%

• OZR2525: User-friendly identification of MIMO systems with many inputs and outputs (FWO)

  Schoukens, J.

  1/10/13 → 30/09/14

  Project: Fundamental

• EU427: Data Driven Structured Modelling of Nonlinear Dynamic Systems (SNLSID)

  Schoukens, J. & Schoukens, J.

  1/02/13 → 31/01/18

  Project: Fundamental

  • Nonlinear System Identification 100%
  • Identification (control systems) 64%
  • Nonlinear systems 57%
  • Nonlinear Dynamic System 40%
  • Formal Proof 39%

• FWOAL662: Detection and validation of changing viscoelastic effects in the respiratory system with disease

  Schoukens, J., Vandersteen, G., Ionescu, C. & De Keyser, R.

  1/01/13 → 31/12/16

  Project: Fundamental

  • respiratory impedance 100%
  • Respiratory System 74%
  • forced vibration 64%
  • breathing 59%
  • estimating 46%

• OZR2402: Bilateral cooperation in the framework of mutual doctoral projects - Bench fee Joint PhD VUB - Budapest University of Technology and Economics, Sandor Kolumban

  Schoukens, J.

  1/10/12 → 1/10/16

  Project: Fundamental

  • System Identification 100%
  • fee 69%
  • Bilateral 65%
  • Fees 61%
  • Economics 36%

• FWOAL648: Modelling structured dynamical systems: parametric and non-parametric approaches

  Schoukens, J. & Suykens, J.

  1/01/12 → 31/12/15

  Project: Fundamental

  • Structured Modeling 100%
  • Dynamical Systems 73%
  • Support Vector Machine 13%
  • Modeling 13%
  • Nonlinear Dynamical Systems 13%

• OZR2348: Bilateral cooperation in the framework of mutual doctoral projects - Bench Fee Joint PhD VUB - University of Warwick, Hin Kwan (Roland) Wong

  Schoukens, J.

  2/11/11 → 2/11/16

  Project: Fundamental

  • fee 100%
  • engineering 31%

• OZR2351: Bilateral cooperation in the framework of mutual doctoral projects - Bench fee Joint PhD VUB - Budapest University of Technology, P.Z. Csurcsia

  Schoukens, J.

  27/09/11 → 27/09/15

  Project: Fundamental

  • fee 100%
  • Identification systems 75%
  • engineering 31%

• OZR2200: Estimation of the Mechanical Characteristics of Biological Tissues and Phantoms using Piezoelectric Tactile Sensors based on self-sensing principles applying system Identification techniques for non linear systems

  Schoukens, J.

  2/11/10 → 31/01/18

  Project: Fundamental

  • tissues 100%
  • methodology 60%

• OZR2169: Condor

  Schoukens, J.

  10/05/10 → 9/05/14

  Project: Fundamental

• CONI305: Inschrijvingen: Conferentie "15th IFAC Symposium on System Identification" SYSID 2012 - juli 2012

  Schoukens, J.

  17/12/09 → 31/12/12

  Project: Fundamental

• CONO305: Conferentie "16th IFAC Symposium on System Identification" SYSID 2012 - juli 2012

  Schoukens, J.

  17/12/09 → 31/12/12

  Project: Fundamental

  • program 100%
  • airport 79%
  • art 78%
  • high-speed train 60%
  • polder 54%

• IWT419: LeCoPro Learning Control for Production Machines

  Nowe, A., Schoukens, J., Swevers, J., Symens, W., Boullart, L., Ramon, H. & Diehl, M.

  1/09/09 → 31/08/13

  Project: Fundamental

  • learning 100%
  • Controllers 39%

• OZR1733: Data driven modelling

  Schoukens, J.

  1/01/09 → 31/12/11

  Project: Fundamental

  • Data-driven 100%
  • Data structures 72%
  • Modeling 57%

• OZR2052: Bilaterale samenwerking in het kader van gezamenlijke doctoraatsprojecten_Bench fee i.h.k. van Joint PhD VUB-University of Trento_Marconato Anna

  Schoukens, J.

  1/10/08 → 30/09/10

  Project: Fundamental

• FWOAL454: Iterative model and control learning for highly nonlinear systems.

  Schoukens, J. & Swevers, J.

  1/01/08 → 31/12/11

  Project: Fundamental

  • Nonlinear systems 100%
  • Model structures 35%

• OZRMETH1: Center for Data Based Modelling and Model Quality Assessment.

  Rolain, Y., Markovsky, I., Pintelon, R., Rolain, Y., Schoukens, J. & Pintelon, R.

  1/10/07 → 30/09/23

  Project: Fundamental

  • Oscillometry 100%
  • Posters 82%
  • Standard of Care 62%
  • Artificial Respiration 60%
  • Ventilation 56%

• FWOTM445: Measurement based modeling of multiple port nonlinear microwave systems

  Schoukens, J. & Van Moer, W.

  1/10/07 → 30/09/13

  Project: Fundamental

  • Microwaves 100%
  • Microwave 34%
  • Nonlinearity 12%
  • Instrumentation 11%
  • Modeling 11%

• GOA54: Measurement, Modelling and Identification of Dynamic Systems

  Schoukens, J.

  1/01/07 → 31/12/07

  Project: Fundamental

  • Nonlinear systems 100%
  • Dynamical systems 96%

• HOA9: Identification of Biogeochemical Signals & Systems (IBISS)

  Schoukens, J., Dehairs, F., Pintelon, R. & Baeyens, W.

  1/01/06 → 30/09/09

  Project: Fundamental

  • Calcite 100%
  • Barium 98%
  • aragonite 75%
  • barium 75%
  • bivalve 67%

• OZR1271: Identification of non-linear systems and applications on high frequency systems

  Schoukens, J.

  1/01/06 → 31/12/08

  Project: Fundamental

  • Nonlinear systems 100%
  • Model structures 41%
  • Microwaves 34%

• FWOAL317: Identification of non-linear systems and applications on high frequency systems

  Schoukens, J., Rolain, Y. & Van Moer, W.

  1/01/05 → 31/12/08

  Project: Fundamental

  • Model structures 100%
  • Microwaves 83%
  • Nonlinear systems 81%

• FWOAL349: EuroCLIMATE - Development, calibration and application of independent salinity proxies (PaleoSalt), Salinity effects on proxy incorporation in bivalves.

  Keppens, E., Schoukens, J. & Dehairs, F.

  1/01/05 → 31/12/07

  Project: Fundamental

  • bivalve 100%
  • shell 85%
  • barium 60%
  • Saxidomus gigantea 55%
  • salinity 47%

• OZR1126: Control of nonlinear systems using block oriented models.

  Schoukens, J.

  1/01/05 → 31/12/08

  Project: Fundamental

  • Nonlinear systems 100%

• BWS04/12: Identification in the presence of nonlinear distortions

  Schoukens, J.

  1/01/05 → 31/12/06

  Project: Fundamental

  • Nonlinear distortion 100%
  • Economics 39%
  • Time measurement 17%
  • Dynamical systems 12%
  • Neural networks 9%

• FWOAL297: Control of nonlinear systems using block oriented models.

  Schoukens, J.

  1/01/04 → 31/12/07

  Project: Fundamental

  • nonlinear systems 100%
  • Nonlinear systems 79%

• GOA30: Optimal Procedures for Testing and Identification in Mechanical Engineering

  Schoukens, J., Sol, H., Guillaume, P. & Van Overmeire, M.

  1/01/03 → 31/12/05

  Project: Fundamental

  • Mechanical engineering 100%
  • Identification (control systems) 79%
  • Dynamical systems 73%
  • Virtual prototyping 59%
  • Engineering research 55%

• OZR873: Survey and comparative study of techniques for the detection of non-linear distortions

  Schoukens, J. & Vanhoenacker, K.

  1/01/03 → 31/12/04

  Project: Fundamental

• BWS02/02: Identification of linear and nonlinear systems

  Schoukens, J.

  1/01/03 → 31/12/04

  Project: Fundamental

• IWT153: Measurement and Characterization of analog-digital convertors

  Schoukens, J. & Vandersteen, G.

  1/01/02 → 31/12/05

  Project: Fundamental

  • Digital to analog conversion 100%
  • Spectrum analyzers 48%
  • Consumer electronics 14%
  • Bandwidth 7%

• GOA23: Identification of Linear and Nonlinear Systems

  Pintelon, R., Rolain, Y., Barel, A. & Schoukens, J.

  1/10/01 → 30/09/06

  Project: Fundamental

  • Nonlinear systems 100%
  • Linear systems 53%
  • Microwaves 51%
  • Identification (control systems) 51%

• OZR599: Measuring, modelling and identification of nonlinear highfrequency systems.

  Schoukens, J.

  1/01/01 → 31/12/04

  Project: Fundamental

• FWOTM149: Identification of nonlinear systems

  Schoukens, J.

  1/10/00 → 28/06/04

  Project: Fundamental

  • Nonlinear systems 100%
  • Fourier transforms 77%
  • Frequency response 71%

• FWOWO6: IccoS: identification and control of complex systems (continuation of FWOWO20589).

  Schoukens, J.

  1/01/00 → 31/12/04

  Project: Fundamental

  • Complex Systems 100%

• VLW54: Identification of linear and nonlinear systems.

  Schoukens, J.

  20/12/99 → 20/12/02

  Project: Fundamental

  • Nonlinear distortion 100%
  • Linear systems 60%
  • Nonlinear systems 47%
  • Data storage equipment 13%
  • Additive noise 12%

• GOA13: Interpretation by measuring, modelling and identification III

  Schoukens, J., Van Biesen, L. & Barel, A.

  1/10/99 → 30/09/03

  Project: Fundamental

  • Reflectometers 100%
  • Sediments 86%
  • Microwaves 62%
  • Nonlinear systems 59%
  • Expert systems 49%

• IWT73: Methods and tools to address friction-induced noise and vibration on brakes and wheels.

  Schoukens, J.

  1/03/99 → 28/02/01

  Project: Fundamental

  • wheels 100%
  • vibration 96%
  • friction 87%
  • methodology 24%

• IWT53: Transfert function measurements in the presence of nonlinear noise

  Schoukens, J.

  1/01/99 → 31/12/02

  Project: Fundamental

  • Noise 100%
  • Damage detection 60%
  • Nonlinear distortion 23%
  • Materials testing 22%
  • Cracks 18%

• OZR357: Characterisation of the noise for modal analysis with high spatial resolution.

  Schoukens, J.

  1/01/99 → 31/12/02

  Project: Applied

  • Modal analysis 100%
  • Engineers 22%

• OZR224: Identification of linear and nonlinear systems.MATCHING FUND

  Schoukens, J.

  1/01/98 → 31/12/98

  Project: Fundamental