Not exact matches
Scientists from Juelich also have a leading role here: the Juelich Supercomputing Centre (JSC) is developing
exascale computers to perform the complex
simulations in the Human Brain Project.
As
exascale becomes prevalent, these
simulations will produce 10 to 100 times as much data.
Speeding up our
simulations on
exascale systems will allow us to do that.»
The only way to ultimately achieve these
simulations is to exploit
exascale computing, McCallen says.
McCallen notes that
simulations of high frequency earthquakes are more computationally demanding and will require
exascale computers.
«ACME version 2 should make much more use of the GPUs to increase
simulation performance, and there are other projects that are spin - off efforts using ACME that are targeting Summit [the OLCF's next leadership - class machine] and future
exascale platforms,» Norman said.
Over a planned 10 - year span, the project aim is to conduct
simulations and modeling on the most sophisticated HPC machines as they become available, i.e., 100 - plus petaflop machines and eventually
exascale supercomputers.