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Active Fault Tolerant Control of Livestock Stable Ventilation System
Mehdi Gholami
Department of Electronic Systems
Automation & Control
Research output
:
PhD thesis
1024
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Dive into the research topics of 'Active Fault Tolerant Control of Livestock Stable Ventilation System'. Together they form a unique fingerprint.
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Keyphrases
Active Fault Diagnosis
60%
Active Fault-tolerant Control
100%
Actuator Faults
20%
Climate Control
20%
Climate Control System
80%
Complex Industrial System
20%
Control Input
20%
Control System
20%
Controller
20%
Dead Zone
20%
Dissipativity Theory
20%
Estimation Algorithms
20%
Extended Kalman Filter
40%
Fault Diagnosis
20%
Fault Diagnosis Algorithm
20%
Fault-tolerant Control
20%
Fault-tolerant Controller
100%
Greenhouse
20%
Hybrid Model
40%
Hybrid System
40%
Industrial Systems
20%
Input Constraints
20%
Input Signals
20%
Line-based
20%
Linear Matrix Inequality
20%
Livestock
100%
Model Accuracy
20%
Most Complex
20%
Multi-zone Model
20%
Nominal Parameter
20%
Nonlinear Behavior
20%
Nonlinear Model
40%
Optimal Cost
20%
Physical Limitations
20%
Reconfigurable
20%
Reconfiguration
40%
Recursive Estimation
20%
Reference Signal
20%
Sensitivity Analysis
20%
State Feedback
40%
Switching Scheme
20%
Ventilation System
100%
Engineering
Control Input
20%
Control Scheme
20%
Control Systems
100%
Dissipativity Theory
20%
Extended Kalman Filter
40%
Fault Diagnosis
60%
Fault Tolerant Control
100%
Hybrid Model
40%
Industrial System
40%
Input Constraint
20%
Input Signal
20%
Limitations
20%
Multizone Model
20%
Nonlinear Behavior
20%
Nonlinear Model
40%
Optimal Cost
20%
Reconfigurability
20%
Reconfiguration
20%
Recursive Estimation
20%
Reference Signal
20%
Saturation Zone
20%
State Feedback
40%
Ventilation System
100%