20%
03.02.2022
DATA COMPR TOTAL STREAMS MOUNTPOINT
/dev/zram0 lzo-rle 512M 4K 73B 12K 2 [SWAP]
# Cleanup procedure (destroy the ZRAM setup)
$ sudo swapoff /dev/zram0
$ sudo zramctl --reset /dev/zram0
20%
02.10.2012
of many automated attack methods.
As well as being able to take individual IP addresses, hosts.allow
can happily handle the CIDR notation of classless IP address ranges, such as:
sshd: 10.10.10.0/24, 1
20%
12.09.2013
\nContent-Type: text/plain\n\n";
09 $|=1; $|=0; # flush
10
11 my $dbh;
12
13 $SIG{TERM}=sub {
14 $dbh->pg_cancel if $dbh and $dbh->{pg_async_status}==1;
15 };
16
17 $dbh
20%
22.05.2012
dhcp.x86_64 12:4.1.1-25.P1.el6_2.1 will be installed
---> Package mod_perl.x86_64 0:2.0.4-10.el6 will be installed
--> Processing Dependency: perl(BSD::Resource) for package: mod_perl-2.0.4-10.el6.x86
20%
16.10.2012
($ssh, '/sbin/ifconfig');
07 stream_set_blocking($stream, true);
08
09 $response = '';
10 while($buffer = fread($stream, 4096)) {
11 $response .= $buffer;
12 }
13
14 fclose($stream);
15 echo $response;
16
17
20%
17.02.2015
], to robotics [10], to underwater ROVs [11], and yes, even clusters [12]. The appeal of the Rasp Pi is that it is cheap, uses almost no power, is easy to program, and is really small.
Wonderful World of SBCs
20%
01.06.2024
* argv[])
08 {
09 long niter = 1000000000;
10 int myid; //holds process's rank id
11 double x,y; //x,y value for the random coordinate
12 int i;
13
20%
07.02.2019
data copy(a)
!$acc parallel loop
do i=1,n
a(i) = 0.0
enddo
!$acc data end
#pragma acc data copy(a)
{
#pragma acc parallel loop
{
for (int i=0; i < n; i++)
{
a[i] = 0.0
20%
07.11.2011
#pragma omp parallel for shared (sum) private (i)
12 for ( i=0; i < 1000000; i++) {
13 #pragma omp critical (sum_total)
14 sum = sum + a[i];
15 }
16 printf("sum=%lf\n",sum);
17
20%
21.12.2011
module load openspeedshop-2.0.1
module load mvapich-1.1
(or other MPI implementation). If you run your application like this normally,
mpirun –np 256 smg2000 –n 65 65 65
or this,
srun -ppbatch -N 32
