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Ibrahim Demir
Tulane UniversityMeeting roles in:
Short Term Forecasting of Stage and Discharge in Hysteretic Rivers using Deep Learning
Integrating Diverse Flood Inundation Datasets into a Harmonized Database and Visualization Framework for Enhanced Decision Support
Immersive and Game-Based Technologies for Flood Risk Communication, Education, and Collaborative Environmental Simulation
AI-Augmented Floodplain Management: Integrating Conversational Agents, Adaptive Training, and Multi-Agent Decision Support for Resilient Water Resource Planning
RIMORPHIS – A platform for discovering and processing river morphology data
WaterSoftHack: Machine Learning, Data Analytics and Cyberinfrastructure Training for Water Science and Engineering
HydroBlox: AI-Assisted Visual Programming Framework for Enhanced Scientific Reproducibility in Hydrology
Assessment of Channel Routing Methods in the NextGen National Water Model
AI-Assisted Voice Enabled Computing Framework for Hydrological Analysis
HydroLLM: Advancing Domain-Specific Language Models and Semantic Retrieval for Hydrological Science and Decision Support
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