Sung

  • Prepare for next-gen computing platform, GPU, cloud
  • Explore alternative Wave Propagation codes: SPECFEM3D, AWP-ODC, SW4 → Changes to Source generation, VM generation etc. (e.g., codes that allow 1. non-uniform grid; 2. surface topography; 3. variable-Q anelastic attenuation; 4. on-fault and off-fault plasticity).
  • Examine workflow orchestration tools (Pegasus, 'cylc')
  • Embracing NZ CFM :  Develop tools to help planning next-gen Cybershake (what scenarios to consider?) → Rupture Explorer: https://nshm.gns.cri.nz/RuptureMap  
  • Stablize/improve Cybershake workflow : Helping Mike and Sarah to "efficiently" utilize HPC resources
  • Training : HPC, Python, Git to new PhD students, new SW engineer, Onboarding some users to KISTI 
  • QuakeCoRE portal maintenance


Claudio

  • GmHazard - python-based implementation of PSHA code that is used for NZ-based hazard analysis based on NZ NSHM 2022 (secondary goal - 2024H2)


Joel

  • NZGMDB refactor (Discussion on some filtering required geonet to gmdb filtering)
  • Simulation Data Web Platform - Easy access to cybershake and historical datasets
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