29%
03.07.2013
. The speed-up increases from 1.00 with 1 process to 4.71 with 64 processes. However, also notice that the wall clock time for the serial portion of the application does not change. It stays at 200 seconds
29%
30.01.2024
Dell Precision Workstation T7910
Power
1,300W
CPU
2x Intel Xeon Gold E5-2699 V4, 22 cores, 2.4GHz, 55MB of cache, LGA 2011-3
GPU, NPU
n/a*
Memory
29%
05.12.2014
.21
–
EUR5.95
EUR1.00 (with French VAT)
EUR2.78 (half price as of year two)
–
$2.92
License(s)
AGPL, commercial
GPL, LGPL, AGPL
Commercial
GPLv3
29%
17.02.2015
NEW packages will be installed:
libdate-manip-perl libyaml-syck-perl logwatch
As a result, about 12.5MB of new software is installed.
Logwatch gets configuration details several ways:
from script
29%
03.02.2022
class BlazeDemoV1 extends Simulation {
08
09 var qualifiedhost = "http://blazedemo.com"
10 var proxyport = 0
11 var proxyhost = "not set"
12
13 // headers for HTTP call
14 val headers = Map(
15
29%
09.08.2015
resources = Resources(cpu = 0.1, ram = 20*MB, disk = 20*MB),
09 processes = [hello_world_process])
10
11 hello_world_job = Job(
12 cluster = 'test',
13 role = os.getenv('USER'),
14 task = hello
29%
24.09.2015
. The speed-up increases from 1.00 with one process to 4.71 using 64 processes. Of course, the wall clock time for the serial portion of the application does not change; it stays at 200 seconds regardless
29%
08.10.2015
. The speed-up increases from 1.00 with one process to 4.71 using 64 processes. Of course, the wall clock time for the serial portion of the application does not change; it stays at 200 seconds regardless
29%
06.08.2013
-layer address means a host cannot be addressed. If you want to assign the IP address 10.1.1.1
to a fixed MAC address of 00:d0:a7:b1:c7:de
on eth1, the following command will do the trick:
ip neigh add 10
29%
12.09.2013
of 00:d0:a7:b1:c7:de
on eth1, the following command will do the trick:
ip neigh add 10.1.1.1 lladdr 00:d0:a7:b1:c7:de dev eth1 nud perm
Here, nud stands for Neighbor Unreachability Detection
