Journal
INTERNATIONAL JOURNAL OF ADVANCED ROBOTIC SYSTEMS
Volume 13, Issue -, Pages -Publisher
SAGE PUBLICATIONS INC
DOI: 10.5772/62224
Keywords
Actuator Fault; Reconfiguration Control; Quadrotor Helicopter; Fault Estimation
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Funding
- Aeronautics Science Foundation of China [2014ZC52033]
- National Natural Science Foundation of China, Priority Academic Programme Development of Jiangsu's Higher Education Institutions [61533009, 61374130, 61473146]
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In this paper, an improved reconfiguration control scheme via an H-infinity fault observer and adaptive control is studied for the quad-rotor helicopter with actuator faults. The bilinear problem is eliminated by constructing fault compensation and control law reconfiguration in the adaptive controller. Fault estimation is achieved by designing the fault observer with an H-infinity performance index, which is applied to evaluate the 'locking in place' fault of the actuator in a quad-rotor helicopter. By drawing the H-infinity performance index into the adaptive fault observer, an asymptotically convergent estimated error can be attained and the burden of the adaptive controller is alleviated. Some simulation and experimental results confirm the availability of the reconfiguration control scheme.
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