Robust Building-Based Registration of Airborne Lidar Data and Optical Imagery on Urban Scenes. - Thanh Huy Nguyen 002; Sylvie Daniel; Didier Guériot; Christophe Sintes; Jean-Marc Le Caillec (IGARSS, 2019)

Unsupervised Automatic Building Extraction Using Active Contour Model on Unregistered Optical Imagery and Airborne LiDAR Data. - Thanh Huy Nguyen 002; Sylvie Daniel; Didier Guériot; Christophe Sintes; Jean-Marc Le Caillec (CoRR, 2019)

Super-Resolution-Based Snake Model - An Unsupervised Method for Large-Scale Building Extraction Using Airborne LiDAR Data and Optical Image. - Thanh Huy Nguyen 002; Sylvie Daniel; Didier Guériot; Christophe Sintes; Jean-Marc Le Caillec (Remote. Sens., 2020)

Coarse-to-Fine Registration of Airborne LiDAR Data and Optical Imagery on Urban Scenes. - Thanh Huy Nguyen 002; Sylvie Daniel; Didier Guériot; Christophe Sintes; Jean-Marc Le Caillec (IEEE J. Sel. Top. Appl. Earth Obs. Remote. Sens., 2020)

A versatile and efficient data fusion methodology for heterogeneous airborne LiDAR and optical imagery data acquired under unconstrained conditions. (Une méthodologie versatile et efficace de fusion de données aéroportées hétérogènes issues de capteurs LiDAR et d'imagerie optique acquises sous des conditions non-contraintes). - Thanh Huy Nguyen 002 (2020)

The Sco-Flooddam Project: New Observing Strategies for Flood Detection, Alert and Rapid Mapping. - Peter Kettig; Simon Baillarin; Gwendoline Blanchet; Christophe Taillan; Sophie Ricci; Thanh Huy Nguyen 002; Thomas Huang 001; Alphan Altinok; Nga T. Chung; Guillaume Valladeau; Romain Goeury; Alix Roumagnac (IGARSS, 2021)

Improvement of Flood Extent Representation With Remote Sensing Data and Data Assimilation. - Thanh Huy Nguyen 002; Sophie Ricci; Christophe Fatras; Andrea Piacentini; Anthea Delmotte; Emeric Lavergne; Peter Kettig (IEEE Trans. Geosci. Remote. Sens., 2022)

Reducing Uncertainties of a Chained Hydrologic-Hydraulic Models to Improve Flood Forecasting Using Multi-Source Earth Observation Data. - Thanh Huy Nguyen 002; Sophie Ricci; Andrea Piacentini; Quentin Bonassies; Raquel Rodriquez Suquet; Santiago Peña Luque; Kevin Marlis; Cédric H. David (IGARSS, 2023)

Dealing with Non-Gaussianity of SAR-Derived Wet Surface Ratio for Flood Extent Representation Improvement. - Thanh Huy Nguyen 002; Sophie Ricci; Andrea Piacentini; Ehouarn Simon; Raquel Rodriquez Suquet; Santiago Peña Luque (IGARSS, 2023)

The SCO-Flooddam Project: Towards A Digital Twin for Flood Detection, Prediction and Flood Risk Assessments. - Raquel Rodriguez Suquet; Thanh Huy Nguyen 002; Sophie Ricci; Andrea Piacentini; Quentin Bonassies; Christophe Fatras; Emeric Lavergne; Sylvain Brunato; Vincent Gaudissart; Eric Guzzonatto; Alice Froidevaux; Antoine Guiot; et al. (IGARSS, 2023)

Early Flood Warning Using Satellite-Derived Convective System and Precipitation Data - A Retrospective Case Study of Central Vietnam. - Tran Vu La; Thanh Huy Nguyen 002; Patrick Matgen; Marco Chini (IGARSS, 2024)

Assimilation of SWOT Altimetry And Sentinel-1 Flood Extent Observations for Flood Reanalysis - A Proof-Of-Concept. - Thanh Huy Nguyen 002; Sophie Ricci; Andrea Piacentini; Charlotte Emery; Raquel Rodriquez Suquet; Santiago Peña Luque (IGARSS, 2024)

The SCO-Flooddam Digital Twin Project: A Pre-Operational Demonstrator for Flood Detection, Mapping, Prediction and Risk Impact Assessment. - Raquel Rodriguez Suquet; Thanh Huy Nguyen 002; Sophie Ricci; Andrea Piacentini; Quentin Bonassies; Malak Sadki; Christophe Fatras; Emeric Lavergne; Vincent Gaudissart; Eric Guzzonato; Mélanie Prugniaux; Alice Froidevaux; et al. (IGARSS, 2024)

Drought Monitoring in Luxembourg and the Greater Region Using Hydrological Modelling and Satellite Data. - Davide Zoccatelli; Thanh Huy Nguyen 002; Jefferson Wong; Marco Chini; Theresa C. van Hateren; Patrick Matgen (IGARSS, 2024)

Gaussian Anamorphosis for Ensemble Kalman Filter Analysis of SAR-Derived Wet Surface Ratio Observations. - Thanh Huy Nguyen 002; Sophie Ricci; Andrea Piacentini; Ehouarn Simon; Raquel Rodriguez Suquet; Santiago Peña Luque (IEEE Trans. Geosci. Remote. Sens., 2024)