search for: banwidth

...ow different if i specify "ls, ul and sc" and "ls, ul"??? In root class, what is it mean if i specify sc -> what''s it mean? ls +ul -> what''s it mean? 1.2 so can i conclude ls, ul, rc are subset ''s sc curve. and in each curve we can calculate banwidth and delay bound .????? because all 4 curve have same parameter such m1 ,d , m2 2. i read a lot of HFSC paper about paramter (m1,d,m2) some paper tell me ... d is interval time (first will sending with m1 rate but after interval d parameter, it will change rate to m2) but some paper tell me .. d...

in HTB use 2 bucket for manage 2 rate??? first bucket -> keep token for sending with rate second bucket -> keep ctoken for sending with ceil rate Is it true?? may be i''m misunderstand about token/bucket thoery _______________________________________________ LARTC mailing list LARTC@mailman.ds9a.nl http://mailman.ds9a.nl/cgi-bin/mailman/listinfo/lartc

I am using squid with pam_auth and delay pools to control the banwidth to the inet access. The problem, of course, is that 80% of the bandwidth is wasted. So the idea is to make the same rules but with HTB or IMQ. I did it by mac-address but the problem is that the users move from a side to another one so this doens''t work. I think to solve it using mark wit...

Hi, I'm looking for a good way to create a constant data stream that will occupy a bandwidth of about 2--5Mbit/sec between two remote hosts over the internet. I have full access to the hosts involved. My first attempt to use scp to copy data from /dev/null on host A to /dev/null on host B, but scp says '/dev/null: not a regular file'. If something like that would work, I would

Hi list! I have a LAN server with Gentoo Linux. It''s a Pentium III at 1000 MHz with 256 MB SDRAM. I''ve implemented a QoS solution with HTB and SFQ. Here is the diagram: _______________________________________________________________________ 1:--+----1:1 - [ counter-strike & icmp ] rate=1Mbit; ceil=1Mbit; | prio 0; (u32 filter

Folks, I just posted an updated Crossbow virtualization architecture document. The new revision is available at: http://opensolaris.org/os/project/crossbow/Docs/crossbow-virt.pdf The main changes are the addition of support for multiple MAC addresses per client, and an explicit separation between consolidation private and project private MAC API entry points. See in particular the