deployment
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... congestion. In
this document, we perform such an analysis. Note, however, that this
document is not making any recommendations about deployment paths for
VoIP in terms of QoS ...
... links in the Internet today, and we expect
this occasional deployment to continue. This document expresses our
concern over the lack of effective end-to-end congestion control ...
... NSIS, COPS].
However, the deployment of technologies requiring change to the
Internet infrastructure is subject ...
... well as technical considerations, and technologies that can be
deployed without changes to the infrastructure enjoy considerable
advantages in the speed of deployment. RFC 2990 outlines some of the
technical challenges to the deployment ...
... deployment. RFC 2990 outlines some of the
technical challenges to the deployment of QoS architectures in the
...
... RFC2990]. Often, interim measures that provide support for
fast-growing applications are adopted, and are successful enough at
meeting the need that the pressure for a ubiquitous deployment of the
more disruptive technologies is reduced. There are many examples of
the slow deployment ...
... deployment of the
more disruptive technologies is reduced. There are many examples of
the slow deployment of infrastructure that are similar to the slow
deployment of QoS mechanisms ...
... the slow deployment of infrastructure that are similar to the slow
deployment of QoS mechanisms, including IPv6, IP multicast ...
... connections to public-access networks, in addition to other
deployment scenarios of dedicated IP networks, or as an alternative
to band splitting on the last mile of ADSL ...
... IP networks, or as an alternative
to band splitting on the last mile of ADSL deployments or QoS
mechanisms on cable access networks. There already exists a
...
... QoS
mechanisms on cable access networks. There already exists a
rapidly-expanding deployment of VoIP services intended to operate
over residential broadband ...
... for developing countries.
Given the possible deployment of IP telephony over congested best-
effort networks ...
... Bps or in pps, and to
respond appropriately when the limitation is in pps, such an ideal is
hard to achieve. We would not want to delay the deployment of
congestion control for telephony traffic ...
... VoIP is to deliver "carrier quality" or even near
"carrier quality" on best-effort links, conditioning deployment on
the ability to maintain maximum sending rates during periods of
persistent packet drops rates exceeding 40% does not suggest a
...