Keyphrases
Spatial Distribution
100%
Aedes Aegypti
100%
Machine Learning Approach
100%
Northeast Thailand
100%
Dengue Vector
100%
Female Adults
66%
Knowledge Attitude
41%
Knowledge Practices
41%
Urban Areas
25%
Rural Areas
25%
Dengue
25%
Random Forest Regression
25%
Landscape Factors
25%
Random Forest
16%
Socioeconomic
16%
Prediction Accuracy
16%
Geographic Information System
16%
Vector Control
16%
Climate Change
16%
Machine Learning System
16%
Logistic Regression
8%
Prevention Practices
8%
Popular
8%
Area under the Curve
8%
Classification Accuracy
8%
Influence Factors
8%
Model Fitting
8%
Incomplete Knowledge
8%
High Abundance
8%
Prediction Strategy
8%
Built-up Area
8%
Chikungunya Virus (CHIKV)
8%
Control Strategy
8%
Performance Prediction
8%
Dengue Prevention
8%
Climate Change Knowledge
8%
Best Prediction
8%
Dengue Knowledge
8%
Transdisciplinary Approach
8%
Artificial Neural Network
8%
Information Machine
8%
Household Practices
8%
Suppression Strategy
8%
Arboviral Diseases
8%
Permanent Wetland
8%
Tree Cover
8%
Socio-economic Areas
8%
Zika
8%
F1 Score
8%
Socio-ecological Factors
8%
Supervised Learning Model
8%
Dengue Epidemic
8%
Human Vectors
8%
Rice Plant
8%
Rubber Plantation
8%
One Health Approach
8%
Satellite-based
8%
K-nearest
8%
Regression Support Vector Machine
8%
Household-based
8%
Landscape Information
8%
Agro-environment
8%
Combined Influence
8%
Early Warning Tool
8%
System Learning
8%
Household Attitude
8%
Socio-economic Climate
8%
Modeling Techniques
8%
Epidemic Prevention
8%
Agricultural and Biological Sciences
Aedes aegypti
100%
Rural Areas
25%
Climate Change
25%
Geographic Information System
16%
Neural Network
8%
Support Vector Machine
8%