input data Multitemporal InSAR image data
Ground deformation mapping is a typical use case for this VRC. It may be carried out by different researchers on different volcanoes or even on the same volcano
Please make sure that this workflow is executable
http://rapw3k.livejournal.com/. "Volcano deformation mapping." ROHub. Jan 22 ,2016. https://w3id.org/ro-id/85dd9dc0-7231-454e-b3c6-ca619c8d4df2.
It may be carried out by different researchers on different volcanoes or even on the same volcano
Disaster, accident and emergency incident/Disaster/Natural disasters/Volcanic eruption
Science and technology/Technology and engineering/IT-computer sciences
Ground deformation mapping is a typical use case for this VRC.
Disaster, accident and emergency incident/Disaster/Natural disasters
Activities Opens ArcMap interface Load ground velocity file to validate and test files (they should have the same Line of Sight Run scripts to compare two raster ground velocity files and calculate the statistics of residuals.
WF steps User selects the appropriate InSAR and DEM data for the processing.
The user runs the SarScape software interface and displays one or more menus and graphic windows to select the input data, the processing method (SBAS) and parameters.
Crime, law and justice/Crime/Computer crime
Workflow Title: SBAS InSAR data processing using SarScape
Workflow Title: Validation of ground velocities using InSAR ground deformation and GPS
Input data Ground velocity file in raster format Ground velocity file(s) resulting from different analysis methods (e.g. PS, SBAS, mixed), different time periods, or different datasets (e.g. Sentinel-1, ALOS 2, GPS, optical levelling)
Crime, law and justice/Law enforcement/Punishment (criminal)/Capital punishment
This is a compressed file of all the output results
Validation of ground velocities using InSAR ground deformation and GPS.docx
SBAS InSAR data processing using SarScape.docx