34%
02.08.2021
);
gFlops = 2*N*N*N / (elapsedTime * 1e+9);
disp(sprintf("N = %4d, elapsed Time = %9.6f, GFlops = %9.6f ", ...
N, elapsedTime, gFlops) );
endfor
Listing 2
Double
34%
12.09.2013
approx. US$ 600
approx. US$ 335
CPU
Via Eden X2/1GHz
Via Eden X2/1GHz
AMD G-T44R/1.2GHz
AMD G-T56N/1.6GHz
Marvell ARMADA PXA 510 v7.1
Chipset
34%
13.12.2018
of the data was still residing in the kernel's page cache [6], waiting eventually to be persisted to disk. This resulted in an impressive (and impossible for the hardware) 885MBps transfer rate, but not to disk
34%
07.10.2014
.snap
s ntestvm1.img 5 8.0 GB 292 MB 2.4 GB 2014-03-01 11:42 982a3a 2 mar.snap
s ntestvm1.img 6 8.0 GB 128 MB 2.6 GB 2014-03-10 19:48 982a3b 2 mar2.snap
ntestvm1.img 0 8.0 GB
34%
21.08.2012
---> Package libuuid.i686 0:2.17.2-12.4.el6 will be installed
--> Finished Dependency Resolution
Dependencies Resolved
34%
15.02.2012
call count for the MB range intervals. Figure 6 plots the write IO function call count for the GB range intervals. Figure 7 plots the write IO function call count for the TB range intervals
34%
26.01.2012
call count for the MB range intervals. Figure 6 plots the write IO function call count for the GB range intervals. Figure 7 plots the write IO function call count for the TB range intervals
34%
05.08.2024
are just that, benchmarks. Listing 6 introduces the testing framework, the loop variable N allowing for repeated testing and the ResetTimer() annotation a useful reminder to exclude test setup overheads
34%
27.08.2014
was the sequential write test using 1MB record sizes:
./iozone -i 0 -c -e -w -r 1024k -s 32g -t 2 -+n > iozone_write_1.out
To gather the block statistics, I ran ioprof in a different terminal window before I ran
34%
09.08.2015
'
–
Multiple patterns: Do not output lines containing an 'R' somewhere and an 'M' somewhere else
'/[R]./,/[M]./!'
sed -n '/[R]./,/[M]./!'p textdata.txt
6
All lines containing some
