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DTSTAMP:20210916T132446Z
LOCATION:Henry Dunant
DTSTART;TZID=Europe/Stockholm:20210708T160000
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UID:submissions.pasc-conference.org_PASC21_sess205_pap_dec112@linklings.co
 m
SUMMARY:Urgent Supercomputing of Earthquakes: Use Case for Civil Protectio
 n
DESCRIPTION:Paper\n\nUrgent Supercomputing of Earthquakes: Use Case for Ci
 vil Protection\n\nde la Puente, Rodriguez, Monterrubio, Rojas, Folch\n\nDe
 adly earthquakes are events that are unpredictable, relatively rare and ha
 ve a huge impact upon the lives of those who suffer their consequences.<br
  /> Furthermore, each earthquake has specific characteristics (location, m
 agnitude, directivity) which, combined to local amplification and de-ampli
 fication effects, makes their outcome very singular. Empirica relations ar
 e the main methodology used to make early assessment of an earthquake's im
 pact. Nevertheless, the lack of sufficient data registers for large events
  makes such approaches very imprecise. Physics-based simulators, on the ot
 her hand, are powerful tools that provide highly accurate shaking informat
 ion. However, physical simulations require considerable computational reso
 urces, a detailed geological model, and accurate earthquake source informa
 tion.<br /> <br />A better early assessment of the impact of earthquakes i
 mplies both technical and scientific challenges. We propose a novel HPC-ba
 sed urgent<br />seismic simulation workflow, hereafter referred to as Urge
 nt Computing Integrated Services for EarthQuakes (UCIS4EQ), which can deli
 ver, potentially, much more accurate short-time reports of the consequence
 s of moderate to large earthquakes. UCIS4EQ is composed of four subsystems
  that are deployed as services and connected by means of a workflow manage
 r. This paper describes those components and their functionality. The main
  objective of UCIS4EQ is to produce ground-shaking maps and other potentia
 lly useful information to civil protection agencies. The first demonstrato
 r will be deployed in the framework of the Center of Excellence for Exasca
 le in Solid Earth (ChEESE, https://cheese.coe.eu/, last access: 12 Feb. 20
 20).\n\nDomain: Solid Earth Dynamics, Engineering
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