18%
18.06.2014
mtime age file in days: 0.016 days
Standard deviation mtime age in days: 590.7352 days
*** Mtime interval summary
[ 0- 1 days]: 176 ( 0.05%) ( 0.05% cumulative)
[ 1- 2 days]: 0 ( 0.00%) ( 0
18%
30.11.2025
) with 12 Serial ATA disks, a 320 UW SCSI controller for the host connection, and 512MB cache.
I configured various disk groups and logical volumes on this powerful hardware and exported them to the backup
18%
03.08.2023
, contiguous chunks called ranges, which are typically 64MB in size. These ranges are replicated across multiple nodes by the Raft consensus algorithm, ensuring strong consistency and fault tolerance.
On top
18%
15.06.2016
many packets or remote procedure calls (RPCs) are created and sent. For example, if you want to transmit 1MB of data using 32KB chunks, the data is sent in quite a few chunks and a correspondingly large
18%
25.01.2018
the load averages for the entire node for the past 1, 5, and 15 minutes, so if you have 16 cores, you could see a load average of 16.0. Keep this in mind as you process the logs.
If you have a heterogeneous
18%
13.06.2022
)
BT
(4 cores)
11.95
66.5
272
CG
(4 cores)
0.4
23.9
62.3
EP
(6 cores)
1.4
5.46
21.05
FT
(4 cores)
1
18%
02.08.2022
B time (s)
Class C time (s)
BT (4 cores)
11.95
66.5
272
CG (4 cores)
0.4
23.9
62.3
EP (6 cores)
1.4
5.46
21
18%
30.11.2020
system. At first, it was primarily a tool for HPC in the early 1990s, with version 1.0 released in June 1994. In the early days of MPI, it was used almost exclusively with C/C++ and Fortran. Over time
18%
31.10.2025
built-in command provides a breakdown of where a program's share of CPU was spent and how much time elapsed during a given task:
$ time ps -axjf > /dev/null
real 0m0.029s
user 0m0.005s
sys 0m0
18%
12.11.2020
system. At first, it was primarily a tool for HPC in the early 1990s, with version 1.0 released in June 1994. In the early days of MPI, it was used almost exclusively with C/C++ and Fortran. Over time
