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VTOL Freewing Design and Adaptive Controller Development
Rachel M. Axten
, Thanakorn Khamvilai
,
Eric N. Johnson
Aerospace Engineering
Research output
:
Chapter in Book/Report/Conference proceeding
›
Conference contribution
10
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Scopus citations
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Dive into the research topics of 'VTOL Freewing Design and Adaptive Controller Development'. Together they form a unique fingerprint.
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Keyphrases
Forward Flight
100%
Controller Design
100%
Adaptive Controller
100%
Unmanned Aerial Systems
100%
Controller Development
100%
Commercially Available
50%
Transition Region
50%
Highly Nonlinear
50%
Fuselage
50%
All-phase
50%
Model Reference Adaptive System
50%
Aerodynamic Moment
50%
Linear Controller
50%
Operation Range
50%
Hovering Flight
50%
State Control
50%
Dynamic Inversion
50%
Transition Flight
50%
Autopilot
50%
Single Hidden Layer Neural Network
50%
Controller Architecture
50%
Successful Transition
50%
Pitch Attitude
50%
Control Switching
50%
Controller Switching
50%
Actuator Saturation
50%
Linear Control
50%
Neural Methods
50%
Flight Control Software
50%
Outer Loop
50%
Neural Nets
50%
Modeling Error
50%
Switching Strategy
50%
Gain-scheduled
50%
Flight Test Results
50%
Nonlinear Transition
50%
Engineering
Adaptive Controller
100%
Forward Flight
66%
Linear Controller
66%
Simulation Result
33%
Flight Control
33%
Control Strategy
33%
Modeling Error
33%
Test Result
33%
Outer Loop
33%
Reference Model
33%
Hidden Layer
33%
Aircraft
33%
Flight Test
33%
Error Output
33%
Automatic Pilot
33%
Switching Strategy
33%
Aerodynamics
33%
Actuator
33%
Pitch Attitude
33%
Neural Net
33%