A Collection of Technical Papers: AIAA Guidance, Navigation and Control Conference, New Orleans, LA, August 11-13, 1997, Part 1This text includes discussion of New and Emerging Technologies and Challenges in Aerospace Guidance, Navigation and Control. The areas covered by this book include: navigation tracking and estimation; missile guidance and control; spacecraft attitude determination and control; flight control system design and applications; control theory; optimal control; nonlinear and adaptive controls; flexible structure identification and control; analysis and synthesis for real uncertainties; neural network applications; fuzzy logic and genetic programming; reconfigurable controls; flying qualities; air traffic control automation; space robotics; system modelling; and GN&C components and avionics. |
Contents
Session 2GNC2 Robust Control | 54 |
Session 46GNC24 Fuzzy Logic | 97 |
K Lim and D Giesy | 101 |
Copyright | |
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Common terms and phrases
acceleration adaptive control aerodynamic AIAA aircraft algorithm angle angle of attack angular approach attitude control attitude determination attitude matrix b₁ baselines closed loop coefficients computed conflict resolution constraint control law control problem control system convergence cost function covariance defined developed dynamics equation error estimation Euler angles feedback Figure filter flight control given gradient guidance law gyro IEEE inertial initial input interior point methods Kalman filter Lemma linear Lyapunov Lyapunov function maneuvers measurement method MGS algorithm minimize missile mode model group Navigation neural network nonlinear optimal control orbit orthogonal output parameter path performance perturbed positive Riccati equation robust control Root Locus runway satellite sensor sequence shown simulation solution spacecraft stability structure switching target technique Theorem tinf tion trajectory uncertain system uncertainties variable vector vehicle velocity weighting matrix zero