17%
04.12.2024
algorithms for the search. For example, a stored three-dimensional vector could be assigned the values [1.4, 3.8, -0.8]. Each query to the database is also translated into a vector (e.g., [1.3, 3.5, -0
17%
30.11.2025
. Current enterprise solutions for the virtualization of servers and desktops [3] are all based on KVM.
Setup and Software
The example discussed in this article uses two physical nodes: host1
and host2
17%
27.09.2021
(20.04)
ami-000b3a073fc20e415
9.934
4.938
14.872
Fastest and Slowest
The slowest numbers were posted on RHEL 8 with nearly 70 seconds, to the consternation
17%
13.02.2017
process across multiple processors and allows scaling to some 10,000 clients and many sites. Opsi reaches its limits in large installations with more than 3,000 clients across multiple locations
17%
14.11.2013
/bit-hr) to 1017 (seven orders of magnitude difference). The lower number is just about one error per gigabit of memory per hour. The upper number indicates roughly one error every 1,000 years per gigabit of memory
17%
03.07.2013
). For one process, the wall clock time is assumed to be 1,000 seconds. This means that 200 seconds of the wall clock time is the serial portion of the application. Also, vary the number of processes from 1
17%
14.03.2013
: 6
08 microcode : 0x60c
09 cpu MHz : 800.000
10 cache size : 6144 KB
11 physical id : 0
12 siblings : 2
13 core id : 0
14 cpu cores : 2
15 apicid
17%
12.09.2013
CREATE OR REPLACE FUNCTION burncpu (tm INTERVAL)
02 RETURNS INTERVAL AS $CODE$
03 DECLARE
04 stmp TIMESTAMP := now()+tm;
05 i INT;
06 BEGIN
07 WHILE clock_timestamp()08 i:=1;
09
17%
17.06.2017
, parameter :: pi = 3.14159
03 end module circle_constant
04
05 program circle_comp
06 ! make the content of module available
07 use circle_constant
08 real :: r
09 !
10 r = 2.0
11 write(*,*) 'Area
17%
01.06.2024
is considered "embarrassingly parallel" [3] where no design effort is required to partition the problem into completely separate parts. If no data dependency exists between the problem sub-parts, no communication