Difference between revisions of "Software"
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==== AWP-ODC ==== | ==== AWP-ODC ==== | ||
| − | The AWP-ODC code simulates dynamic rupture and wave propagation using a staggered grid finite difference scheme. Artificial wave reflections at external boundaries are attenuated with absorbing boundary conditions or perfectly matched layers.<br />[[ | + | The AWP-ODC code simulates dynamic rupture and wave propagation using a staggered grid finite difference scheme. Artificial wave reflections at external boundaries are attenuated with absorbing boundary conditions or perfectly matched layers.<br />[[AWPODC|More info >]] |
| width="100" valign="top" | | | width="100" valign="top" | | ||
| width="448" valign="top" | | | width="448" valign="top" | | ||
Revision as of 13:27, 18 March 2016
Software
 AWP-ODCThe AWP-ODC code simulates dynamic rupture and wave propagation using a staggered grid finite difference scheme. Artificial wave reflections at external boundaries are attenuated with absorbing boundary conditions or perfectly matched layers. |
 SEISM-IOSEISM-IO is a community IO library being developed to manage the IO requirements of the earthquake simulations on petascale systems. This generalized IO interface is designed with high performance and portability in mind, built on top of the available high-performance IO libraries consisting of MPI-IO, ADIOS, HDF5 and PnetCDF etc. |
