Engineering
Model System
100%
Power Output
100%
Particle Swarm Optimization
100%
Wind Turbine
100%
Term Forecast
100%
Data Clustering Technique
100%
Hybrid Model
66%
Wind Power
50%
Computational Time
50%
Root Mean Square Error
33%
Absolute Deviation
33%
Mean Bias Error
33%
Potential Site
33%
Accurate Prediction
16%
Adaptive Hybrid
16%
Energy Exploration
16%
Wind Resource
16%
Output Data
16%
Speed Data
16%
Metrics
16%
Optimization Technique
16%
Clustering Algorithm
16%
Keyphrases
Data Clustering Techniques
100%
Wind Turbine Power Output
100%
Ultra-short-term Prediction
100%
Standalone Model
58%
Clustering Model
16%
Mean Bias Error
16%
Potential Power
8%
Model Wind Turbine
8%
Wind Speed Data
8%
Data Resolution
8%
Wind Resource Map
8%
Utility-scale Wind Turbine
8%
Windographer
8%
Low Computational
8%
Grid Partitioning
8%
Energy Exploration
8%
Computer Science
Particle Swarm Optimization
100%
Inference System
100%
Clustering Technique
100%
Clustered Data
100%
Computational Time
25%
Optimization Technique
8%
fuzzy c mean
8%
Collected Data
8%
Clustering Algorithm
8%
Mathematics
Particle Swarm Optimization
100%
Clustered Data
100%
Variance
33%
Mean Square Error
33%
Tradeoff
16%
Wind Speed
16%
Accurate Prediction
16%
Clustering Algorithm
16%
Data Resolution
16%
Earth and Planetary Sciences
Wind Turbine
100%
Windpower Utilization
50%
Root-Mean-Square Error
50%
Republic of South Africa
50%
Tradeoff
25%
Wind Velocity
25%
Wind Power
25%
Wind Resources
25%