Airplanes - Control systems.

Fault diagnosis and fault-tolerant control and guidance for aerospace vehiclesfrom theory to application / by: (Electronic resources)

Flight formation control by: (Electronic resources)

Aircraft control and simulationdynamics, controls design, and autonomous systems / by: (Electronic resources)

Adaptive aeroservoelastic control by: (Electronic resources)

Active system controldesign of system resilience / by: (Electronic resources)

Modern requirements for noise immunity aircraft navigation equipment by: (Electronic resources)

Limiting modes of aircraft flightmethods, algorithms and results / by: (Electronic resources)

Advanced trajectory optimization, guidance and control strategies for aerospace vehiclesmethods and applications / by: (Electronic resources)

Fault tolerant control of large civil aircraft by: (Electronic resources)

Active system controldesign of system resilience / by: (Electronic resources)

Fault tolerance (Engineering)

Communications Engineering, Networks.

Signal, Image and Speech Processing.

Aircraft accidents.

Drone aircraft

Acoustics.

Aerodynamics.

Control and Systems Theory.

Security Science and Technology.

Control.

Aeroservoelasticity.

Algorithms.

Adaptive control systems.

Guidance systems (Flight)

Engineering Acoustics.

Measurement Science and Instrumentation.

Computational Intelligence.

Aerospace Technology and Astronautics.

Aerospace engineering.

Trajectory optimization.

Optimization.

Systems Theory, Control.

Telecommunication.

Stochastic Systems and Control.

Airplanes

Engineering.

Design and Analysis of Algorithms.

Space vehicles

Stability of airplanes.

System theory.

Quality Control, Reliability, Safety and Risk.

Flight engineering.