Operational Availability Assessment of Tidal Stream Turbines Using Environmental Data and Fuzzy Logic Inference

Keyphrases

• Availability Evaluation 100%
• Classification Performance 50%
• Condition Monitoring 50%
• Data Logic 100%
• Distribution System 50%
• Environmental Data 100%
• Environmental Noise 50%
• Environmental Variables 50%
• F1 Score 50%
• Fuzzy Logic Inference 100%
• Fuzzy Logic System 50%
• Hybrid Energy System 50%
• Hybrid Power Generation 50%
• Informative Features 50%
• K-fold Cross-validation 50%
• Machine Learning Classifiers 50%
• Noise Free 50%
• Noise Level 100%
• Off-grid Hybrid 50%
• Operating Conditions 100%
• Operational Availability 100%
• Optimal Scheduling 100%
• Power Generating Unit 50%
• Predictive Mechanism 50%
• Real-time Observability 50%
• Real-time Operating 50%
• Robust Classification 50%
• Scheduling Decision 50%
• Scheduling Priority 50%
• Tidal Stream Turbine 100%
• Time Distribution 50%
• Triple Hybrid 50%
• XGBoost Classifier 50%

Computer Science

• Baseline Model 50%
• Classification Performance 50%
• Comparative Evaluation 50%
• Energy Generation 50%
• Environmental Data 100%
• Environmental Variable 50%
• Extreme Gradient Boosting 50%
• Fold Cross Validation 50%
• Fuzzy Mathematics 100%
• Learning System 50%
• Machine Learning 50%
• Operating Condition 50%
• Operational Condition 50%
• Scheduling Strategy 50%