Younghyun Koo, PhD

Younghyun Koo, PhDYounghyun Koo, PhDYounghyun Koo, PhD
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Younghyun Koo, PhD

Younghyun Koo, PhDYounghyun Koo, PhDYounghyun Koo, PhD
  • Home
  • About
  • Research
  • Teaching
  • Publication
  • Contact

Research

Cryospheric Remote Sensing

Estimate thermodynamic and dynamic sea ice growth in the Arctic Ocean using ICESat-2

Estimate thermodynamic and dynamic sea ice growth in the Arctic Ocean using ICESat-2

Estimate thermodynamic and dynamic sea ice growth in the Arctic Ocean using ICESat-2

Analyze changes in dynamic sea ice deformation in the Ross Sea using ICESat-2

Estimate thermodynamic and dynamic sea ice growth in the Arctic Ocean using ICESat-2

Estimate thermodynamic and dynamic sea ice growth in the Arctic Ocean using ICESat-2

Detection of ex-fast ice using ICESat-2 sea ice freeboard data

Estimate thermodynamic and dynamic sea ice growth in the Arctic Ocean using ICESat-2

Geostatistical interpolation and mapping of sea ice freeboard in the Ross Sea

Geostatistical interpolation and mapping of sea ice freeboard in the Ross Sea

Estimate thermodynamic and dynamic sea ice growth in the Arctic Ocean using ICESat-2

Geostatistical interpolation and mapping of sea ice freeboard in the Ross Sea

Characterization of floe size distribution in the Weddell Sea using ICESat-2

Characterization of floe size distribution in the Weddell Sea using ICESat-2

Characterization of floe size distribution in the Weddell Sea using ICESat-2

Spatiotemporal analysis of lead distribution in the Arctic Ocean

Characterization of floe size distribution in the Weddell Sea using ICESat-2

Characterization of floe size distribution in the Weddell Sea using ICESat-2

Machine learning / Deep learning

Improve surface classification of ICESat-2 data using neural network

Hierarchical information-sharing U-net (HIS-Unet) to predict sea ice movements and concentration

Detect medium-large icebergs using image segmentation and support vector machine (SVM)

Detect medium-large icebergs using image segmentation and support vector machine (SVM)

Hierarchical information-sharing U-net (HIS-Unet) to predict sea ice movements and concentration

Detect medium-large icebergs using image segmentation and support vector machine (SVM)

Hierarchical information-sharing U-net (HIS-Unet) to predict sea ice movements and concentration

Hierarchical information-sharing U-net (HIS-Unet) to predict sea ice movements and concentration

Hierarchical information-sharing U-net (HIS-Unet) to predict sea ice movements and concentration

Physics-informed machine learning for sea ice prediction

Hierarchical information-sharing U-net (HIS-Unet) to predict sea ice movements and concentration

Hierarchical information-sharing U-net (HIS-Unet) to predict sea ice movements and concentration

Graph neural network (GNN) emulator for numerical finite-element ice sheet model

Graph neural network (GNN) emulator for numerical finite-element ice sheet model

Graph neural network (GNN) emulator for numerical finite-element ice sheet model

Graph neural network emulator for calving parameterization in Helheim Glacier

Graph neural network (GNN) emulator for numerical finite-element ice sheet model

Graph neural network (GNN) emulator for numerical finite-element ice sheet model

Link to the paper

Solar irradiance mapping using neural network and satellite images

Graph neural network (GNN) emulator for numerical finite-element ice sheet model

Solar irradiance mapping using neural network and satellite images

Google Earth Engine / Cloud computing

Track the trajectory of iceberg B43 using Sentinel-1 SAR images in Google Earth Engine

Monitoring urban heat island effect in San Antonio using MODIS and GIS data in Google Earth Engine

Track the trajectory of iceberg B43 using Sentinel-1 SAR images in Google Earth Engine

Automatically detect and track medium-large icebergs via Google Earth Engine

Monitoring urban heat island effect in San Antonio using MODIS and GIS data in Google Earth Engine

Track the trajectory of iceberg B43 using Sentinel-1 SAR images in Google Earth Engine

Monitoring urban heat island effect in San Antonio using MODIS and GIS data in Google Earth Engine

Monitoring urban heat island effect in San Antonio using MODIS and GIS data in Google Earth Engine

Monitoring urban heat island effect in San Antonio using MODIS and GIS data in Google Earth Engine

Monitoring snow cover changes in Iceland using MODIS data in Google Earth Engine

Monitoring urban heat island effect in San Antonio using MODIS and GIS data in Google Earth Engine

Monitoring urban heat island effect in San Antonio using MODIS and GIS data in Google Earth Engine

Geographic Information Systems (GIS)

Assess landslide risk at mining site using satellite images and GIS data

Assess landslide risk at mining site using satellite images and GIS data

Assess landslide risk at mining site using satellite images and GIS data

Select the optimal site of solar photovoltaic near mines using GIS

Assess landslide risk at mining site using satellite images and GIS data

Assess landslide risk at mining site using satellite images and GIS data

Track and display the risk of COVID-19 in Texas classroom using webGIS

Assess landslide risk at mining site using satellite images and GIS data

Track and display the risk of COVID-19 in Texas classroom using webGIS

Find more research on

Google ScholarResearchGateGitHub

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