Water-Area Digital Twin Simulation for Reproducible Measure Selection

The patent creates a digital twin that is a virtual copy of the real-world water area, incorporating actual measured data from sensors. This digital replica allows for accurate simulation of various measures while maintaining high reproducibility, as the same initial conditions can be repeatedly tested without variability inherent in physical experiments.

The system performs preliminary simulations in the digital twin environment before implementing actual measures in the real world. By testing multiple measure candidates virtually first, the system identifies the most effective measures with high accuracy, then applies only the optimal measures in reality, improving both accuracy and reproducibility of results.

The digital twin system dynamically adapts to various conditions by incorporating real-time sensor data and allowing simulation of multiple scenarios. The system can adjust environmental parameters, measure candidates, and evaluation criteria dynamically, enabling versatile application across different water areas and conditions while maintaining simulation efficiency through automated processing.

The simulation system is designed to be universal and applicable to various water areas and measure types. It can handle different environmental conditions, evaluate multiple measure candidates simultaneously, and adapt to different evaluation criteria, making it versatile across diverse real-world applications without requiring separate simulation systems for each case.