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30.11.2025
(6192 bits), 774 bytes captured (6192 bits)
Ethernet II, Src: 00:1a:2b:3c:4d:5e, Dst: 00:6f:7g:8h:9i:0j
Internet Protocol Version 4, Src: 192.168.1.101, Dst: 192.168.1.104
User Datagram Protocol, Src Port
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14.03.2013
to 4.2GHz)
4MB L2 cache
384 Radeon cores
800MHz GPU clock speed
DDR3 1866MHz memory
100W
Putting both the CPU and the GPU on the same processor allows the GPU to have access to system
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17.06.2011
-host-alive
command_line $USER1$/check_ping -H $HOSTADDRESS$ -w 3000.0,80% -c 5000.0,100% -p
5
}
Listing 4
timeperiods.cfg (Excerpt)
define timeperiod{
timeperiod_name 24x7
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30.11.2025
-host-alive' command definition
09 define command{
10 command_name check-host-alive
11 command_line $USER1$/check_ping -H $HOSTADDRESS$ -w 3000.0,80% -c 5000.0,100% -p
12 5
13
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20.05.2014
or a vulnerability in the hypervisor, the virtual machines and, ultimately, the firewall can be hijacked by an attacker. Most hypervisors have already been affected by such vulnerabilities [5] [6]. A report by the IBM
26%
18.08.2021
_record%y = counter + 1
my_record%z = counter + 2
my_record%value = counter * 10.0
write(8,*) my_record
end do
end if
close(8)
end program ex1
For this example
26%
09.01.2013
difficulties because they require vendor-specific I/O control commands. Check the smartmontools page for more details on your specific card.
For this article, I used a freshly installed CentOS 6.4 [3
26%
03.02.2022
-analyze security, it appears with a high score of 9.6 as UNSAFE
and a shocked emoji (Figure 3).
Figure 3: Starting point: The new service is completely insecure
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30.11.2025
: 4012008 3858124 153884 0 11644 440852
04 -/+ buffers/cache: 3405628 606380
05 Swap: 4085756 353784 3731972
06 $
Linux 2.6 introduced a new swappiness
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06.11.2012
/mpi/mpich2-gnu4/bin/mpiexec
$ module rm mpich2/1.4.1p1/gnu4
$ module load openmpi/1.6.2/gnu4
$ which mpiexec
/opt/mpi/openmpi-gnu4/bin/mpiexec
Notice how the path to mpiexec
has changed with a change
