AI-based exhaust gas temperature: prediction for trustworthy safety-critical applications

Keyphrases

• Aero 33%
• Aero Gas Turbine 33%
• Aero-engine 33%
• Aeronautical Industry 33%
• AI-based Methods 100%
• Aircraft Systems 33%
• Aviation Maintenance 33%
• Condition-based Maintenance 33%
• Cost Impact 33%
• Engine Exhaust Gas 33%
• Environmental Impact 33%
• Exhaust Gas Temperature 66%
• Exhaust Gas Temperature Prediction 100%
• Full Potential 33%
• Gas Turbine Diagnostics 33%
• Generalized Additive Model 100%
• Increasing Complexity 33%
• Machine Learning Techniques 33%
• Maintenance Cost 33%
• Operational Challenges 33%
• Physical Sensors 33%
• Predictive Maintenance 33%
• Propulsion System 33%
• Regulatory Issues 33%
• Safety-critical Applications 100%
• Synthetic Data 33%
• System Simulation 33%

Engineering

• Additive Model 100%
• Aero-Engines 33%
• Aeronautical Industry 33%
• Aircraft System 33%
• Artificial Intelligence 100%
• Critical Application 100%
• Engine Exhaust Gas Temperature 33%
• Environmental Impact 33%
• Exhaust Gas 100%
• Gas Temperature 100%
• Gas Turbine 66%
• Input Feature 33%
• Machine Learning Method 33%
• Maintenance Strategy 33%
• NASA 33%
• Physical Sensor 33%
• Predictive Maintenance 33%
• Propulsion System 33%