64%
15.02.2012
Average
Standard
Deviation
0KB < < 1KB
248,982
31,122
7,565
1KB < < 8KB
39,426
4,928
490
8KB < < 32KB
148
18
12
64%
26.01.2012
Average
Standard
Deviation
0KB < < 1KB
248,982
31,122
7,565
1KB < < 8KB
39,426
4,928
490
8KB < < 32KB
148
18
12
64%
03.01.2013
sl 358 k
hdf5-mpich2 x86_64 1.8.5.patch1-7.el6 epel 1.4 M
mpich2 x86_64 1.2.1-2.3.el6 sl 3.7 M
qhull
64%
08.08.2014
Reduce paradigm
[http://discoproject.org]
Hadoopy [22]
Wrapper for Hadoop using Cython
[http://www.hadoopy.com/en/latest/]
Graph libraries
NetworkX
Package
64%
05.02.2019
drwxr-xr-x - bradmatic 8 Jan 23:52 .
drwxr-xr-x - bradmatic 8 Jan 23:52 |---- bin
.rw-r--r-- 194 bradmatic 8 Jan 23:52 | |---- hello-cdk.ts
.rw-r--r-- 37 bradmatic 8 Jan 23:52 |---- cdk
64%
04.10.2018
scenario (1 failed)
4 steps (1 failed, 3 passed)
0m0.624s
With those results in hand, I think it's safe to say that the attack adaptor and attack file are working correctly.
And Now, for My Next Trick
64%
10.06.2024
in gigaflops per watt over time. The first Green500 list was in June 2013. The number 1 system used GPUs even then (NVIDIA K20 with QDR InfiniBand). The energy efficiency was 3,208.8Mflops/W (0.32Gflops/W
64%
22.05.2023
to maxing out a core with 100 percent load. For example,
stress-ng -t 1m -c 0 -l 40
will burden all cores in the system (-c 0) with a 40 percent load (Figure 4). Loading all cores to 40 percent is something
64%
20.10.2016
+
1 X4 + X5 + X6
...
By default, Fortran 77 defines variables starting with i
, j
, k
, l
, m
, and n
as integers (also the uppercase equivalents). As a result, they are used as loop counters
64%
10.10.2012
.0-206.1.x86_64 15 M
Transaction Summary
========================================================================
Install 1 Package(s)
Total size: 15 M
Installed size: 15 M
Is this ok [y/N]: y
