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Keyphrases
Lisbon
93%
Energy Performance Certificates
62%
Bike-sharing System
56%
Performance Classification
49%
Energy Consumption
40%
Energy Performance
40%
Building Energy Performance
40%
Classification Applications
37%
Deep Learning Classification
37%
Classification Approach
37%
Explainable Deep Learning Model
37%
Self-organizing Map
37%
Public Buildings
37%
Italy
37%
Energy Efficiency
37%
Energy Efficient
37%
Decision Maker
32%
Systematic Literature Review
32%
Class Balancing
31%
Test Accuracy
31%
AI Models
31%
Urban Mobility
30%
Building Retrofit
28%
Machine Learning Techniques
27%
Data Mining Techniques
26%
Carbon Emission Reduction
23%
Spatiotemporal
22%
Activity Patterns
22%
Mobility Patterns
22%
Smart City
22%
Portugal
22%
Intelligent Model
21%
Energy Retrofit
21%
Genetic Algorithm
21%
Politicians
21%
Data-driven Analysis
18%
Optimization Algorithm
18%
Cargo Bike
18%
Clustering Energy
18%
Retrofit Policy
18%
Certificate Policy
18%
Bike Sharing
18%
Dimension Analysis
18%
Transportation Company
18%
Renewable Energy Adoption
18%
Efficient Lighting
18%
G-class
18%
Retrofitting Methods
18%
L2 Regularization
18%
Hybrid AI
18%
Engineering
Energy Performance
100%
Deep Learning Method
93%
Energy Efficiency
62%
Retrofit
60%
Artificial Intelligence
49%
Retro-Fitting
37%
Public Building
37%
Self-Organizing Map
37%
Learning System
28%
Building Energy Performance
26%
Decision Maker
24%
Greenhouse Gas
23%
Policymakers
21%
Genetic Algorithm
21%
Sampling Technique
18%
Comparative Analysis
18%
Fossil Fuel
18%
Regularization
18%
Battery Life
18%
Explainable Artificial Intelligence
18%
Renewable Energy
18%
Economic Benefit
18%
Lithium-Ion Batteries
18%
Carbon Footprint
18%
Machine Learning Technique
18%
Electric Power
18%
Energy-Efficient Building
18%
Influencing Factor
18%
Energy Storage
18%
Sustainable Development Goals
18%
Electric Motor
18%
Sustainable Urban Development
18%
Electric Vehicle
18%
Renewable Energy Source
18%
Component Analysis
18%
Principal Component
18%
Hybrid Model
18%
Future Energy
15%
Consumption Pattern
15%
Energy Usage
15%
Convolutional Neural Network
12%
Artificial Neural Network
12%
Sustainable Development
12%
Dimensionality
12%
Oversampling
12%
Interpretability
12%
Artificial Neural Network Model
12%
Analytical Model
9%
Support System
9%
Energy Management
9%
