Deep U-Net Framework for Flood Hazard Mapping in Wupper Catchment
Researchers developed a deep-learning surrogate model for flood hazard mapping, using a U-Net architecture to predict maximum water levels efficiently. The model was tested on hydraulic simulations of the Wupper catchment in North-Rhein Westphalia, Germany, achieving results comparable to traditional computationally expensive simulations. The study optimized U-Net architecture, patch generation, and data handling to approximate hydraulic models, aiming to provide rapid and reliable flood prediction tools amid increasing flood frequency and severity.
Key facts
- Deep-learning surrogate model for flood hazard mapping
- Uses U-Net architecture to predict maximum water levels
- Tested on hydraulic simulations of Wupper catchment
- Located in North-Rhein Westphalia, Germany
- Aims to replace computationally expensive hydraulic simulations
- Optimized U-Net architecture, patch generation, and data handling
- Addresses increasing frequency and severity of global flood events
- Achieves comparable results to traditional simulations
Entities
Institutions
- arXiv
Locations
- Wupper catchment
- North-Rhein Westphalia
- Germany