Predicting personal thermal preferences based on data-driven methods

Earth and Planetary Sciences

• Model 100%
• Datum 100%
• Comfort 80%
• Machine Learning 40%
• Algorithms 40%
• Air Temperature 20%
• Thermal Comfort 20%
• Relative Humidity 20%
• Thermal Environment 20%
• Fuzzy Mathematics 20%
• Artificial Neural Network 20%
• Humidity Measurement 20%
• Approach 20%
• Probability Theory 20%
• Difference 20%
• Prediction 20%
• Feedback 20%
• Internet 20%
• Field Study 20%

Engineering

• Models 80%
• Performance 60%
• Measurement 40%
• Algorithm 40%
• Relative Humidity 20%
• Air Temperature 20%
• Thermal Comfort 20%
• Thermal Environment 20%
• Artificial Neural Network Model 20%
• Machine Learning Method 20%
• Internet of Things 20%
• Prediction 20%
• Field Study 20%

Computer Science

• Models 100%
• Algorithms 40%
• Machine Learning 40%
• Learning Method 20%
• Presented Framework 20%
• Individual Level 20%
• Artificial Neural Network 20%
• Fuzzy Logic 20%
• Relative Humidity 20%
• Driven Approach 20%
• Probability 20%
• Internet of Things 20%