15%
14.09.2011
will call a thing of beauty. On the other hand, Lisp can also thwart seasoned professionals with a half-dozen languages under their belt -- and indeed, it does so in most cases, because it requires
15%
01.10.2011
want to share with us?
A: There is another feature called AMD Turbo CORE that allows us to boost frequency on processors when there is additional power headroom available. For HPC workloads
15%
04.11.2011
means better performance in the same power/thermal range as the previous generation.
AM: Any other cool Bulldozer features you want to share with us?
JF: There is another feature called AMD Turbo CORE
15%
10.05.2012
the URI in the VIRSH_DEFAULT_CONNECT_URI
environment variable and then do without it for future calls to virsh:
export VIRSH_DEFAULT_CONNECT_URI=qemu:///system
virsh list --all
The following provides
15%
08.06.2012
of the “last call” before the standard is submitted to the IESG.
Thus far, very few tangible facts exist on HTTP 2.0; however, the requirements for the future web protocol do include good performance
15%
06.01.2012
and responds quickly. The current version will cooperate with most popular browsers, although with some minor differences. Calling the site in our lab worked best with Firefox when compared with Konqueror
15%
14.10.2019
between the two is very easy. Dask is designed to run very fast and efficiently, especially on Dask arrays, Dask dataframes, and the following operations:
Arithmetic
Common aggregations
Calls to
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19.02.2020
be recognizable and describe the base OS.
The tag allows you to be much more descriptive or to call out the name of the application(s) in the image. For example, the tag can be used for defining the version (e
15%
17.03.2021
layer, called Code Morphing Software (CMS), translated instructions from other CPUs to Transmeta instructions. The goal of this approach was to design a very efficient low-power processor without
15%
17.02.2015
, but the performance isn't anything to call home about. A quick run of Linpack [3] shows that a Raspberry Pi Model B achieved about 0.065 giga-floating point operations per second (GFLOPS) for single-precision and 0
