SYNOPSIS
We aim to construct a fault-slip monitoring system to understand the current state of fault slip in subduction zones and predict short-term fault slip evolution, both of which will contribute to evaluating the potential for future megathrust earthquakes. To achieve this goal, we will develop innovative geodetic data analysis methods based on statistics and machine learning to improve our ability to detect crustal deformation and better understand the characteristics of observation noise, thereby enhancing current fault-slip monitoring methods. We will then combine these results with a data assimilation method that takes into account the physics of friction on the fault to realize a fault slip monitoring system.
NEWS
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Nov. 21 2023
Mr. Fukushima was selected by the OSPA in the 2023 Seismological Society of Japan meeting. See details in here -
Sep. 25 2023
Dr. Kano was selected by AGU’s Outstanding Reviewers of 2022. See details in here -
Jul. 17 2023
We had four presentations in IUGG in Berlin -
Mar. 31 2023
Web News about the presentation given by Kano at SIAM has been posted: See details in here -
Mar. 17 2023
We had four presentations in Slow-to-Fast Earthquake Workshop, Taiwan -
Nov. 17 2022
English website open