Charles Poussot-Vassal

TRAJECTORY

Engineer degree (Grenoble INP, ESISAR, 2005)
Master of Research (Lund University & Grenoble INP, 2005)
PhD. in Automatic Control (Grenoble INP & GIPSA-lab, 2008)
Post-doctoral position (Politecnico di Milano, 2009)
Researcher (ONERA DCSD, since mid 2009)

RESEARCH INTERESTS

Applied research interests

- Civilian aircraft, Gust load & Wing stress alleviation
- Internet Web Server Admission
- Semi-Active Suspensions Control
- Automotive Vehicle Global Chassis Modeling & Control

Theoretical research interests

- Large-scale systems & Model order reduction (SVD, Krylov, modal...)
- LPV modelling
- Robust, Hinf, H2, Multi-objective control design (and norm computation)
- LMIs & (non) Convex Optimization Tools (Nonlinear & Hybrid MPC)

PUBLICATIONS

Updated publication list (with links) is available on http://sites.google.com/site/charlespoussotvassal/publications" target="_blank">my private web page

SOFTWARE

The following Toolbox (based on MATLAB) can be downloaded by clicking the links after you accept the following terms:

LICENSE AGREEMENT, DISCLAIMER

You are free to use any of the files of the following toolboxes
for personal or academic use. The express permission of the authors is
required for any commercial use.

You can redistribute the toolboxes and their manuals without
modification provided that it is for a non commercial purpose.
Redistribution in any commercial form including CD-ROM or any other
media is hereby forbidden, unless with the express written permission of
the authors. Any of your software developments related to this open
source download will be available as open source under similar
conditions.

Neither the authors nor ONERA accept any responsibility or
liability with regard to this software that is licensed on an "as is"
basis. There will be no duty on authors or ONERA to correct any errors
or defects in the software.

MORE Toolbox: The MOdel REduction Toolbox

MORE Toolbox stands for MOdel REduction Toolbox. It is a Matlab-based (version 2011b) toolbox which aims at approximating medium and large-scale LTI dynamical systems.
No specific Matlab toolbox is required but the classical Control
System Toolbox. You can, under use condition terms, freely download the
evaluation version.

The toolbox implements many iterative-like methods,
known to be much faster and potentially more accurate than standard
approaches.



The limited version approximates systems up to 50 states, and also handles some stadard COMPleib models for benchmark purpose.





The full version has been tested on systems up to 20,000 states,
handles sparse representation, achieves frequency bounded
approximation, implements reduction from data and from state-space
inputs.



New reduction techniques will be soon available

Developped by C. Poussot-Vassal & P. Vuillemin.

>> Soon, a dedicated webpage with full help and enhanced features will be made available <<

Download">http://www-new.onera/staff-en/charles-poussot-vassal/docs/MOREtoolbox_LI... the limited version here (February 2013).

Documentation">http://sites.google.com/site/charlespoussotvassal/tools/more-toolbox">Do... is available here.

C. Poussot-Vassal and P. Vuillemin, "Introduction to MORE: a MOdel REduction Toolbox", in Proceedings of the IEEE Multiconference on Systems and Control, Dubrovnik, Croatia, October, 2012, pp. 776-781.

If you are interested in using the complete version for industrial/research application, do not hesitate to contact me.

CONTACT INFORMATION

ONERA/DCSD - Centre de Toulouse

2 avenue Edouard Belin, BP 74025, 31055 Toulouse cedex, France

+33 5 62 25 26 55

charles.poussot-vassal AT onera.fr
">http://sites.google.com/site/charlespoussotvassal/">

http://sites.google.com/site/charlespoussotvassal/

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http://sites.google.com/site/charlespoussotvassal/" target="_blank">Charles Poussot-Vassal's private homepage