Comparison of different window behavior modeling approaches during transition season in Beijing, China

Keyphrases

• Modeling Approach 100%
• Beijing China 100%
• Window Opening Behavior 100%
• Transition Season 100%
• Behavioral Modeling 100%
• Artificial Neural Network Model 28%
• Artificial Neural Network 28%
• Logistic Regression Model 28%
• PM2.5 Concentration 28%
• Office Building 28%
• Markov Model 28%
• China 14%
• Prediction Model 14%
• Stochastic Model 14%
• Humidity 14%
• Logistic Regression 14%
• Building Energy Consumption 14%
• European Countries 14%
• Energy Use 14%
• Window Opening 14%
• Occupant Behavior 14%
• Behavior-based 14%
• Inhalable Particles 14%
• Machine Learning Applications 14%
• Artificial Neural Network Algorithm 14%
• Logit Regression 14%
• Window Operation 14%
• Markov Chain Technique 14%
• Non-stochastic 14%
• Outdoor Air Quality 14%
• Markov Process 14%
• Building Operators 14%
• Regression Chain 14%

Engineering

• Artificial Neural Network 100%
• Artificial Neural Network Model 50%
• Office Buildings 50%
• Influencing Factor 50%
• Particular Matter 2.5 50%
• Energy Engineering 25%
• Air Quality 25%
• Energy Building 25%
• Occupant Behavior 25%
• Stochastic Model 25%
• Outdoor Air 25%