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Monday, March 31 |
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12:30 |
Lunch
(optional) |
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14:00 |
Igel/Bunge:
e-infrastructure for simulation technology in the Earth sciences |
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Scientific computations in the
Earth Sciences - Supercomputers |
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14:30 |
Ghattas:
Scientific Computing in the Earth
Sciences |
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15:30 |
Käser:
Earthquake Scenarios, Rupture Simulations, and more … ? |
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15:45 |
Steinle-Neumann:
Computational methods in mineral physics |
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16:00 |
Coffee Break |
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16:30 |
Hansen:
Geodynamics |
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16:45 |
Spitzer:
Numerical forward operators and inversion concepts for electrical and electromagnetic methods in Applied Geophysics |
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17:00 |
Biercamp:
Climate and Earth system |
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17:15 |
Trinitis:
Supercomputer hardware developments |
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Discussion
– Which problems need to be engineered?
What codes should be in a software library? What do users require? |
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18:00 |
Dinner |
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19:30 |
Gurnis:
Lessons from CIG: Computational
infrastructure in geodynamics |
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Discussion |
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Tuesday, April 1 |
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International
Data Centres/Computational Science infrastructure |
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8:30 |
van Eck:
NERIES – requirements of and links
to observational infrastructure |
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8:50 |
Bischof:
Automatic differentiation |
|
9:10 |
Bungartz:
High-performance computing |
9:30
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Westermann:
Visualization
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Discussion
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| 10:00 |
Coffee Break |
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10:30 |
Breakout
session (Geodynamics+Materials, Seismology+EM, Computational science) |
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Final
Discussion – short work group
presentations – project planning - further steps |
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12:30
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Optional lunch |
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