We're hoping to get stacks of GPU machines where we can
run simulations requiring massive computations that help us better understand DNA packing.»
Not exact matches
It may even have to
run a
simulation after hours, since the work would
require taking the servers offline.
The first issue is that calculating TCR for each model from historical «All forcing»
runs (histAll)
requires using the same
simulations and time periods as used in calculating the forcings.
If the
simulations had been
run on a quad - core laptop, they would have
required about 140 years.
In a way they are alreaday «out» because most games have some level of frame drops or are locked at a frame rate that is below that of the display (60 fps)... That
running out thing is basically B.S. computers, all of them were always out of memory and processing, super computers can take days (or months) to finish rendering some
simulation, render farms can take hours to output a single frame of a movie, database servers can
require hundreds of gigabytes of memory of RAM just for their daily operations, web servers can only handle x amount of requests per seconds before slowing down or completely crashing, game machines, be it PC or consoles all need some trade offs to
run games at a given frame rate / resolution... you can not just declare a machine ahs
run out of ressources like that, it depends on the scope of the project you want to achieve!
While the enhanced PS4 console will be able to render the Destiny sequel in 4K, the
required physics / AI
simulations prevent the game from
running at 60 FPS.
To
run them stochastically for long
simulation times
requires using computational efficiencies that reduce complexity or spatial and temporal resolution.
As
running simulation ensembles across systematically designed model families would
require billions of dollars and thousands times more computing power — we simply decide subjectively what a plausible solution looks like after the fact.
If I understand Lewis's argument:
Simulations made the oceans colder which
required the land use change forcings portion of the
simulation runs to be hotter and the subsequent deriving of TCR and ECR may be questionable.