Earth and Planetary Sciences
Water Resources Development
100%
Machine Learning
100%
Water Management
72%
Artificial Intelligence
63%
Big Data
45%
Water Pollution
27%
Water Usage
27%
Environmental Impact Assessment
18%
Weather Condition
18%
Climate Change
18%
Environmental Management
18%
Irrigation System
18%
Decision Making
18%
Greece
18%
Dissolved Oxygen
18%
Data Transmission
9%
Water Supply
9%
Environmental Protection
9%
Water Flow
9%
Turbidity
9%
Infrared Spectroscopy
9%
Recycling
9%
Economic development
9%
Resource Allocation
9%
Water Demand
9%
Synthetic Aperture Radar
9%
Decision-Support System
9%
Soil Moisture
9%
Farmland
9%
Water Use
9%
Data Integration
9%
Climate Change Impact
9%
Water Scarcity
9%
Smart City
9%
Pattern Recognition
9%
Real Time
9%
Urban Water
9%
Engineering
Water Resource
100%
IoT Sensor
100%
Learning Approach
100%
Water Management
52%
Artificial Intelligence
31%
Big Data
26%
Data Privacy
21%
Water Usage
21%
Deep Neural Network
21%
Contaminated Water
15%
Water Distribution
15%
Climatic Change
15%
Convolutional Neural Network
15%
Learning System
10%
Economic Efficiency
10%
Data Security
10%
Deep Learning Method
10%
Environmental Management
10%
Greece
10%
Climate Change
10%
Internet-Of-Things
10%
Environmental Protection
5%
Markov Decision Process
5%
Sustainable Development
5%
Disaster Management
5%
Feature Extraction
5%
Support System
5%
Water Efficiency
5%
Feedforward
5%
Improve Efficiency
5%
Sensor Data
5%
Simulation Result
5%
Changing Condition
5%
Smart City
5%
Synthetic Aperture Radar
5%
Water Conservation
5%
Complex Structure
5%
Simple Model
5%
Artificial Intelligence Technique
5%
Branch Tree
5%
Consumption Pattern
5%
Infrared Spectroscopy
5%
Chemical Engineering
Learning System
100%
Deep Reinforcement Learning
100%
Artificial Intelligence
63%
Deep Neural Network
36%
Water Distribution
27%
Deep Learning Method
18%
Dissolved Oxygen
18%
Soil Moisture
9%
Water Supply
9%
Feature Extraction
9%
Pattern Recognition
9%
Turbidity
9%
Sustainable Development
9%