Keyphrases
Fault-tolerant Control
100%
Fault Estimation
100%
Integral Sliding Mode
100%
Estimation Scheme
100%
Uncertain Systems
100%
Control Law
66%
Estimation Error
50%
Control Allocation
50%
Virtual Control
33%
Actuator Faults
33%
Actuator Failure
33%
Actuator Redundancy
33%
State Information
33%
Effective Utilization
16%
Control Method
16%
System Uncertainty
16%
System Operation
16%
Reconfiguration
16%
Control Allocation Scheme
16%
Redundant Actuator
16%
Mode Based
16%
Linear Matrix Inequality Technique
16%
Actuator Effectiveness
16%
Input Signals
16%
Resilience
16%
Closed-loop System
16%
Actuator
16%
Integral Sliding Mode Control
16%
System State
16%
Error Estimates
16%
System Dynamics
16%
Controller Gain
16%
Observer Gain
16%
Reliability Issues
16%
Fault Condition
16%
Aircraft Systems
16%
Industrial Systems
16%
Fault Information
16%
Rerouting
16%
Observer-based
16%
New Fault
16%
Input Redundancy
16%
Closed-loop System Stability
16%
Over-actuated
16%
Allocation Strategy
16%
Input Distribution
16%
Sliding Mode Controller
16%
Rank Deficiency
16%
Bounded External Disturbances
16%
Virtual Control Inputs
16%
Distribution Matrix
16%
Reconfigurable Control
16%
Failure State
16%
Fault State
16%
Underactuated System
16%
State Estimation Error
16%
Uncertain Linear Systems
16%
Affine Nonlinear Systems
16%
Small-gain Theorem
16%
Generalized Class
16%
Integral Sliding Manifold
16%
Control Reconfiguration
16%
Adaptive Law
16%
Perturbed Systems
16%
Engineering
Fault Tolerant Control
100%
Sliding Mode
100%
Estimation Scheme
100%
Control Law
80%
Estimation Error
80%
Estimated State
40%
Reconfiguration
40%
Applicability
20%
Control Scheme
20%
System Operation
20%
Limitations
20%
Input Signal
20%
Sliding Mode Controller
20%
Nonlinear System
20%
Sliding Mode Control
20%
Control Strategy
20%
Feedback Control System
20%
Control Input
20%
Failure Issue
20%
System State
20%
Systems Dynamics
20%
Controller Gain
20%
Observer Gain
20%
External Disturbance
20%
Reliability Issue
20%
Aircraft System
20%
Industrial System
20%
State Information
20%
Closed-Loop System Stability
20%
State Estimation
20%