SMAC is a Matlab-Simulink based toolbox for Systems Modeling, Analysis and Control. It is developed within the Information Processing and Systems Department (DTIS) of (ONERA), the French Aerospace Lab.
The Final Workshop of the SMAC project was organised at ONERA in Toulouse on June 16th, 2016.
56 participants
Final Program
- 08.45 Welcome (Ph. Bidaud, B. Lamiscarre)
- 09.00 Overview & general presentation of the Civilian Aircraft Landing Challenge (J-M. Biannic)
- 09.30 LFT Modeling session
- 09.30 A brief introduction to LFT modeling (C. Roos)
- 09.40 LFT modeling with the GSS library and its graphical interface (C. Roos)
- 10.00 Sparse polynomial & rational approximations for reduced LFT models (G. Hardier)
- 10.30 Application to the Aircraft Benchmark (J-M. Biannic)
- 10.45 Coffee break
- 11.15 Robustness analysis session
- 11.15 A brief introduction to LFT-based robustness analysis (C. Roos)
- 11.20 Enhanced $\mu$ analysis with the SMART library (C. Roos)
- 11.50 Frequency-domain IQC analysis by a new algorithmic approach (F. Demourant)
- 12.10 Linear & nonlinear robustness analysis with illustrations on the aircraft benchmark
- 12.10 Back to modeling aspects and preliminary $\mu$ analysis (J-M. Biannic)
- 12.20 State-space IQC analysis with a dedicated Sedumi-based solver (G. Ferreres)
- 12.40 Application to the aircraft landing benchmark (G. Ferreres)
- 12.45 Photos & Lunch break
- 14.30 Introduction to the control design libraries (J-M. Biannic)
- 14.40 Convex synthesis (G. Ferreres)
- 15.00 Anti-windup design (J-M. Biannic)
- 15.20 Generalized dynamic-inversion-based design (J-M. Biannic)
- 15.30 Output to Input Saturation Transformations (L. Burlion)
- 15.40 A high-order flexible satellite benchmark: from modeling to control law validation (T. Loquen)
- 16.10 Discussions & conclusions (All)
- 17.00 End of the workshop