Amrita University, India
flowchart I[Amrita University, India] PI["Parent Institutions (0)"] CI["Child Institutions (0)"] AW["Affiliated Works (11)"] CA["Linked Collaborating Authors (0)"] I== skos:broader ==>PI CI== skos:broader ==>I AW== affil ==>I AW== author ==>CA click PI "#parent-institutions" click CI "#child-institutions" click AW "#affiliated-works" click CA "#collaborating-authors"
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Affiliated Works
sorted by decreasing year, and then by display-name
- Forewarning of Debris flows using Intelligent Geophones
- Subsurface material identification and sensor selection
- Treatment of non-stationary in the flood frequency analysis
- Artificial Intelligence Based IoT Framework For Natural Hazard Forecasting
- Deployment of an electrical resistivity monitoring system to monitor a rainfall-induced landslide (Munnar, India)
- Integration of heterogeneous sensor fusion and analysis for enhanced multi-level early warning of Landslides
- Machine Learning For Nowcasting And Forecasting Landslides From Real-world IoT Data
- Towards an improved geotechnical understanding of landslide hazard and slope stability from ground-based geophysical survey and monitoring
- Assessment of climate change Impacts on reservoir operation and performance: A case study of Pong Reservoir, India
- Improved Forest Fire Danger Index estimate using SMAP soil moisture
- Including anthropogenic and socio-economic variables improves the performance of groundwater time series predictions: A study on the water stressed groundwater systems of Southern India using advanced machine learning algorithms