Modeling and Interpretation of Tidal Turbine Vibration through Weighted Least Squares Regression

Earth and Planetary Sciences

• Regression 100%
• Square 100%
• Turbine 100%
• Vibration 100%
• Behavior 66%
• Transmission (Machine Elements) 66%
• Prediction 66%
• Condition 66%
• Error 66%
• Tidal Power 66%
• Maintenance 33%
• Paper 33%
• Sample 33%
• Inspection 33%
• Monitoring System 33%
• Emerging 33%
• Area 33%
• Monitoring Data 33%
• Rate 33%
• State 33%
• Science and Technology 33%
• Response 33%
• Model 33%
• Health 33%
• Value 33%
• Monitoring 33%
• Renewable Energy 33%
• Downtime 33%
• Industry 33%
• Fault 33%

Engineering

• Square Regression 100%
• Least Square 100%
• Machinery 66%
• Gearbox 66%
• Prediction Error 66%
• Downtime 33%
• Environment 33%
• Control Scheme 33%
• Samplerate 33%
• Models 33%
• Surfaces 33%
• State of Health 33%
• Condition Monitoring 33%
• Condition Monitoring System 33%
• Monitoring Data 33%
• Renewable Energy 33%
• Inspection 33%

Computer Science

• Modeling 100%
• Least Squares Methods 100%
• Prediction Error 66%
• Condition Monitoring 66%
• Normal Behavior 33%
• Downtime 33%
• Monitoring System 33%
• Anomalous Behavior 33%
• Models 33%
• Emerging Technology 33%
• Control 33%
• Monitoring Data 33%