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The 259th R-CCS Cafe (Jan 10, 2024)

Japanese
Details
Date Wed, Jan 10, 2024
Time 3:45 pm - 5:35 pm (3:45 pm - 4 pm Coffee break, 4 pm - 5:20 pm Talks, 5:20 pm - Free discussion and coffee break)
City Kobe, Japan/Online
Place

Lecture Hall (6th floor) at R-CCS, Online seminar on Zoom

  • If you are not affiliated with R-CCS and would like to attend R-CCS Cafe, please email us at r-ccs-cafe[at]ml.riken.jp.
Language Presentation Language: English
Presentation Material: English
Speakers

Satoru Oishi

Computational Disaster Mitigation and Reduction Research Team
Team Leader

Hitoshi Murai

Software Development Technology Unit
Unit Leader

Makoto Tsubokura

Complex Phenomena Unified Simulation Research Team
Team Leader

Mitsunori Ikeguchi

HPC- and AI-driven Drug Development Platform Division, Molecular Design Computational Intelligence Unit
Unit Leader

Talk Titles and Abstracts

1st Speaker: Satoru Oishi

Title:
SIP for disaster prevention and Hazard Simulation Strategy
Abstract:
The Japanese Cabinet Office started the 3rd Cross-ministerial Strategic Innovation Promotion Program (SIP). It consists of 14 research subjects, including one related to natural disasters. The subject title related to natural disasters is "Creating Smart Disaster Prevention Networks," or, in short, "Smart Disaster Prevention." "Smart disaster prevention" has five sub-research-subjects, one of which is "creating digital twin for disaster prevention," in short, "disaster digital twin." Prof. Oishi (R-CCS, Kobe University) has succeeded in taking charge of the "disaster digital twin."
In the SIP research and development project, the "disaster digital twin" team, hereafter the "digital twin team," is developing an automatic disaster simulation system by generating an urban digital twin. We have developed a "Data Processing Platform" system that generates urban digital twins from two-dimensional computer-aided design (2D CAD) files and other data to generate the urban digital twins automatically. We expand it to buildings and roads, including their foundations, coastal embankments, river embankments, and flood control facilities.
As well as making digital twins, we develop simulation systems for natural hazards. Our target hazards are earthquakes, storm surges by Typhoons, floods, and their combinations during recovery periods. They require vast computer resources and quick calculations when something happens. We will use the virtual FUGAKU strategy to deal with that problem.

2nd Speaker: Hitoshi Murai

Title:
TBA

3rd Speaker: Makoto Tsubokura

Title:
TBA

4th Speaker: Mitsunori Ikeguchi

Title:
TBA

Important Notes

  • Please turn off your video and microphone when you join the meeting.
  • The broadcasting may be interrupted or terminated depending on the network condition or any other unexpected event.
  • The program schedule and contents may be modified without prior notice.
  • Depending on the utilized device and network environment, it may not be able to watch the session.
  • All rights concerning the broadcasted material will belong to the organizer and the presenters, and it is prohibited to copy, modify, or redistribute the total or a part of the broadcasted material without the previous permission of RIKEN.

（Dec 28, 2023）