> in non discarding scheduling total delay is conserved,
> irrespective of the scheduling discipline
Is that true for all backplane/switching topologies?
> The question is if (codel/pie/whatever) AQM makes sense at all for 10G/40G
> hardware and higher performance irons? Igress/egress bandwidth
On 28 May, 2014, at 12:39 pm, Hal Murray wrote:
>> in non discarding scheduling total delay is conserved,
>> irrespective of the scheduling discipline
>
> Is that true for all backplane/switching topologies?
It's a mathematical truth for any topology that you can reduce to a black box
with one
Same concern I mentioned with Jim's message. I was not clear what I meant by
"pacing" in the context of optimization of latency while preserving throughput.
It is NOT just a matter of spreading packets out in time that I was talking
about. It is a matter of doing so without reducing throug
On 05/28/2014 11:33 AM, Jonathan Morton wrote
> It's a mathematical truth for any topology that you can reduce to a black box
> with one or more inputs and one output, which you call a "queue" and which
> *does
not discard* packets. Non-discarding queues don't exist in the real
world, of course
On Tue, 27 May 2014, Hagen Paul Pfeifer wrote:
The question is if (codel/pie/whatever) AQM makes sense at all for
10G/40G hardware and higher performance irons? Igress/egress bandwidth
is nearly identical, a larger/longer buffering should not happen. Line
card memory is limited, a larger bufferi
On Wed, 28 May 2014, Jonathan Morton wrote:
On 28 May, 2014, at 12:39 pm, Hal Murray wrote:
in non discarding scheduling total delay is conserved,
irrespective of the scheduling discipline
Is that true for all backplane/switching topologies?
It's a mathematical truth for any topology that
This really speaks to the difference between cross-traffic induced delay and
self- induced delay.
There are several toolkits that can be brought to bear, and we must be careful
to examine the impact of each of them. The one that we tend to think about most
(at least recently) is the AQM algorit
