THEORY FOR FAULT-TOLERANT FLIGHT CONTROL COMBINING EXPERT SYSTEM AND ANALYTICAL REDUNDANCY CONCEPTS.

Keyphrases

• Expert System 100%
• System Redundancy 100%
• Fault-tolerant Flight Control 100%
• Analytical Redundancy 100%
• Control Failure 100%
• Sensor Failure 100%
• Fault Tolerance 50%
• Controller 50%
• Management System 50%
• Rule-based Expert System 50%
• Software Architecture 50%
• Rule-based 50%
• Control System 50%
• Control Theory 50%
• Discrete-time 50%
• Sensor-based Control 50%
• Aircraft Accident 50%
• Task Scheduling 50%
• System Concept 50%
• Rule-based Control 50%
• Structural Failure 50%
• Deterministic Simulation 50%
• Helicopter Dynamics 50%
• Task Selection 50%
• Expert System Approach 50%
• Control System Performance 50%
• Redundancy Management 50%
• Redundancy Techniques 50%
• Tandem Rotor Helicopter 50%

Engineering

• Flight Control 100%
• Expert System 100%
• Control System 66%
• Systems Performance 33%
• Discrete Time 33%
• Control Sensor 33%
• Aircraft 33%
• Helicopter Rotors 33%
• Structural Failure 33%
• Rule-Based Control 33%
• Fault Tolerance 33%

Computer Science

• Expert System 100%
• Fault Tolerant 100%
• fault-tolerance 33%
• discrete-time 33%
• Systems Performance 33%
• Control Theory 33%
• task-scheduling 33%
• Task Selection 33%
• Software Architecture 33%