25%
04.08.2011
virtualized guest systems use the advanced features of modern x86 CPUs (Intel's VT-x or AMD-V). Paravirtualization works without these processor capabilities but does involve modifying the guest system itself
25%
16.08.2018
-match" : {
025 "ethernet-type" : {
026 "type" : "0x806"
027 }
028 }
029 },
030 "table_id" : 0,
031 "id
25%
15.08.2016
ns2 ip addr add 1.1.1.2/10 dev veth2
18 $ ip netns exec ns1 ip link set veth1 up
19 $ ip netns exec ns2 ip link set veth2 up
20
21 $ ip netns exec ns1 ping -c2 1.1.1.2
22 PING 1.1.1.2 (1.1.1.2) 56
25%
07.10.2014
AES128-GCM-SHA256 \
19 AES256-GCM-SHA384 \
20 AES128-SHA \
21 AES256-SHA \
22 DES-CBC3-SHA"
23
24 # Only with Apache 2.2.24+ and Apache 2.4.3+
25 SSLCompression Off
26
27 SSLSessionCache shmcb
25%
03.12.2015
_update = yes
16 dns_update_nameserver = 2001:db8:5::1
17 dns_rndc_key = rndc-key
18 dns_rndc_secret = FmZGJuHr/4+LkuxBc628Qg==
19 dns_use_client_hostname = no
20 domain_search_list = lmtest
21
22 [address
25%
14.03.2013
Franklin
Some big changes are happening in the processor world right now. For the past 15 years or so, both the HPC world and the enterprise world have settled on, for the most part, x86 as the
processor
25%
18.06.2014
( 7.10%) ( 15.26% cumulative)
[ 168- 252 days]: 9820 ( 2.53%) ( 17.79% cumulative)
[ 252- 365 days]: 79030 ( 20.36%) ( 38.15% cumulative)
[ 365- 504 days]: 3717 ( 0.96%) ( 39.11% cumulative)
[ 504
25%
17.11.2016
the trusted storage pool, you simply add additional servers to the existing federation.
The example here is based on Fedora 22 and is designed to provide back-end storage for virtual systems based on Qemu
25%
15.08.2016
the trusted storage pool, you simply add additional servers to the existing federation.
The example here is based on Fedora 22 and is designed to provide back-end storage for virtual systems based on Qemu
25%
02.08.2021
in different, conceivably better, performance.
The test system is my Linux laptop (see Table 1 for specifications). The laptop runs Ubuntu 20.04 with the 455.45.01 NVidia driver, and CUDA 11.2. Octave 5
