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- ## Motivation by [ SPACE CoE] ( https://www.space-coe.eu/ )
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+ ## Motivation by [ SPACE CoE] ( https://www.space-coe.eu/ )
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- ![ ] ( images/SPACE_logo.png ) {.absolute top=0 right=0 width=250 }
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+ ![ ] ( images/SPACE_logo.png ) {.absolute top=-20 right=0 width=200 }
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+ ::: {.fs34}
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** Goal** : Astrophysical Simulations for Exascale Computing\
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** Challenge** : Analyze large-scale simulation data of Petabytes\
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** Solution** : Efficient ML-based workflows using dimensionality reduction
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+ :::
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::: {layout='[ 1,2.4,0.7] ' layout-valign=center}
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::: n1
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![ ] ( images/illustris.png )
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- ::: {.small }
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+ ::: {.fs20 }
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::: {.callout-note icon=false}
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## Simulation Data (~ PetaBytes)
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Time snapshots storing particle positions, velocities, and other properties, e.g. from OpenGADGET (IllustrisTNG)
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:::
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:::
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:::
@@ -25,7 +30,7 @@ Time snapshots storing particle positions, velocities, and other properties, e.g
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::: n3
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![ ] ( images/P404_f2.png )
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- ::: {.small }
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+ ::: {.fs20 }
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Spherinator & HiPSter
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[ space.h-its.org] ( https://space.h-its.org/ )
@@ -75,4 +80,5 @@ K. L. Polsterer, B. Doser, A. Fehlner and S. Trujillo-Gomez [ADASS (2024)]().
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- General purpose programming languages (e.g Python)
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- Domain specific language (e.g. [ Common Workflow Language] ( https://www.commonwl.org/ ) )
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- Graphical user interface (e.g. [ ReactFlow] ( https://reactflow.dev/ ) @ [ fal.ai] ( https://fal.ai/dashboard ) )
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- ![ ] ( images/fal_ai.png ) {width="1300"}
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+ ![ ] ( images/fal_ai.png ) {fig-align="center"}
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