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/6): tftp-server-5.2-24.el8.x86_64.rpm                         123 kB/s |  49 kB     00:00     (4/6): dhcp-server-4.3.6-47.el8.x86_64.rpm                       3.9 MB/s | 529 kB     00:00     (5/6): bind

hosts [9]. A more apt comparison is found in Listing 2, with the results posted by a Raspberry Pi 400 [10], which is essentially a Raspberry Pi 4 (Broadcom BCM2711 Cortex-A72, ARM v8 quad-core running

.81776285 8.426562 (0.25%)   file_18594.pickle   3376.81351113 9.711714 (0.29%)   file_18595.pickle   3376.81144404 9.132170 (0.27%)   file_18596.pickle

.81776285 8.426562 (0.25%)   file_18594.pickle   3376.81351113 9.711714 (0.29%)   file_18595.pickle   3376.81144404 9.132170 (0.27%)   file_18596.pickle

276 MB 2.5 GB 2014-03-10 19:49 982a3c 2 # dog vdi tree ntestvm1.img---[2014-02-05 15:04]---[2014-03-01 11:42]---[2014-03-10 19:48]---(you are here) # # qemu-img snapshot -l sheepdog:192

guest 82a84,88 > > tee /etc/.htpasswd <<'EOF' > guest:$apr1$gz4n7s6o$P.O/V1k9rZuV9nN/5lh3l0 > admin:$apr1$esczj7wu$ffu/6j8vETMAMJaVTKn7a1 > EOF Monit is configured to load service

B blocks: 25.3 IO/s, 50.6 MiB/s (424.9 Mbit/s) As the block size continues to grow, the transfer rate becomes increasingly important; a track change is only possible after fully reading the current

One way to share HPC systems among several users is to use a software tool called a resource manager. Slurm, probably the most common job scheduler in use today, is open source, scalable, and easy ... Default=none 22 SlurmctldPidFile=/var/run/slurmctld.pid 23 SlurmdPidFile=/var/run/slurmd.pid 24 ProctrackType=proctrack/cgroup 25 PluginDir=/usr/lib/slurm 26 ReturnToService=1 27 TaskPlugin=task/cgroup 28 # TIMERS ... One way to share HPC systems among several users is to use a software tool called a resource manager. Slurm, probably the most common job scheduler in use today, is open source, scalable, and easy

. Listing 2 sinfo $ sinfo -s PARTITION AVAIL TIMELIMIT NODES(A/I/O/T) NODELIST p100 up infinite 4/9/3/16 node[212-213,215-218,220-229] sbatch To submit a batch serial

of read requests issued to the device per second. w/s : Number of write requests issued to the device per second. rMB/s : Number of megabytes read from the device per second. wMB/s : Number