A NOx emission prediction hybrid method based on boiler data feature subset selection

Keyphrases

• Hybrid Method 100%
• Boiler 100%
• Feature Subset Selection 100%
• NOx Emission Prediction 100%
• Prediction Accuracy 66%
• NOx Emission 66%
• System Delay 66%
• Genetic Algorithm 33%
• Embedding Method 33%
• Maximal Information Coefficient 33%
• Filter Method 33%
• Regression Model 33%
• Feature Ranking 33%
• Evaluation Method 33%
• Number of Features 33%
• Fitness Function 33%
• Feature Combination 33%
• Feature Dimension 33%
• Mechanism Analysis 33%
• Feature Extracting 33%
• Feature Evaluation 33%
• LightGBM 33%
• Coal-fired Boiler 33%
• Guangdong Province of China 33%
• Multivariable Coupling 33%
• Coefficient Method 33%
• Hybrid Feature Selection Method 33%
• Ranking Information 33%
• Boiler System 33%
• High-precision Modeling 33%
• Load Fluctuation 33%
• Coal-fired Unit 33%

Computer Science

• Prediction Accuracy 100%
• Feature Subset Selection 100%
• Experimental Result 50%
• Genetic Algorithm 50%
• Feature Selection 50%
• Priori Knowledge 50%
• Fitness Function 50%
• Extracted Feature 50%
• Feature Dimension 50%
• Guangdong Province 50%
• LightGBM 50%

Engineering

• Hybrid Method 100%
• Boiler 100%
• Delay System 66%
• Experimental Result 33%
• Feature Extraction 33%
• Genetic Algorithm 33%
• Extracted Feature 33%
• Priori Knowledge 33%
• Selection Method 33%
• Coal-Fired Unit 33%
• Fitness Function 33%
• Coal-Fired Boiler 33%