Modal Control -Application to the piloting of a plane : Modal control and robustness

Modal control and robustness
Modal Control -Application to the piloting of a plane

Author : Jean-Marc BIANNIC

Review date: December 16, 2025 | Lire en français

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1. Modal control and robustness

1.1 Preamble

Most aeronautical or spacecraft (airplanes, missiles, rockets, satellites) admit, over a more or less limited operating range, a linear dynamic representation in the following form, which has now become very common in automatic control:

{\begin{array}{l} \overset{\cdot}{x} = A (ξ) x + B (ξ) u \\ y = C (ξ) x + D (ξ) u \end{array}

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Application to civil aircraft piloting

Bibliography

(1) - BIANNIC (J.-M.) - Commande robuste des systèmes à paramètres variables - Thèse SUPAÉRO, Toulouse (Octobre 1996).
(2) - BIANNIC (J.-M.), ROOS (C.), KNAUF (A.) - Design and analysis of fighter aircraft flight...

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Modal control and robustness Modal Control -Application to the piloting of a plane

1. Modal control and robustness

1.1 Preamble

Bibliography

Modal control and robustness
Modal Control -Application to the piloting of a plane