01Demand Prediction | Suitable for Time Series Data Compared to Traditional Neural Network AlgorithmsSuitable for usage prediction by utilizing past data fitness for forecasting |
02Mathematical Analysis | Essential for Analyzing the Nonlinear Behavior of Reservoir SystemsImprove Model Accuracy through the Integration of ANN Technology |
03Optimal Scheduling | Q-Learning-Based Reinforcement Learning Technology: Specialized Algorithm for Optimal Solution DerivationSuitable for Rapid Optimal Solution Derivation in Numerous Scenarios |
01 Demand Prediction |
Suitable for Time Series Data Compared to Traditional Neural Network AlgorithmsSuitable for usage prediction by utilizing past data fitness for forecasting |
02 Mathematical Analysis |
Essential for Analyzing the Nonlinear Behavior of Reservoir SystemsImprove Model Accuracy through the Integration of ANN Technology |
03 Mathematical Analysis |
Q-Learning-Based Reinforcement Learning Technology: Specialized Algorithm for Optimal Solution DerivationSuitable for Rapid Optimal Solution Derivation in Numerous Scenarios |
NO. | Project | Client | Project Overview |
1 | AI-Based Intelligent Leak Management System | Ministry of Environment, K-water etc. | Development and Implementation of AI-Based Leak Management Solution |
2 | Development of Image Analysis AI Model | E** | Development of AI Model for Image Analysis |
3 | Development of Ultrasonic Frequency Analysis AI System | J****** | Development and Implementation of AI-Based Ultrasonic Frequency Analysis Model |
4 | Pilot Implementation of Low-Carbon AI Water Treatment Plant Energy Management System (EMS) | K-water | Establishment of an AI-Integrated EMS System (In Progress) |
5 | Development of an AI-Based SCADA Water Transport Energy Analysis System | S******* | Development of AI Models for Water Transport Energy Management |
6 | Artificial Intelligence-Enhanced SCADA Data Analysis System Development Project | S******* | Development of AI-Based SCADA Data Analysis System |
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