congestion control
Click on the red underlined text to get to the source
... deployment to continue. This document expresses our
concern over the lack of effective end-to-end congestion control for
this best-effort voice traffic ...
... developing countries, where core links are more likely to be
congested, making congestion control an especially important topic
for developing countries.
...
... traffic
that does not practice end-to-end congestion control. This document
raises some concerns about fairness, user quality, and the danger of
...
... traffic doesn't
require end-to-end congestion control. Thus, while the concerns in
this document are general, the document focuses on the particular
issue of best-effort audio ...
... congestion
collapse: call rejection during busy periods, or the use of end-to-
end congestion control. Because there are currently no
acceptance/rejection mechanisms for best-effort traffic in the
...
... Internet, the only alternative is the use of end-to-end congestion
control. This is important even if end-to-end congestion control is
...
... end-to-end congestion
control. This is important even if end-to-end congestion control is
invoked only in those very rare scenarios with congestion in
...
... capacity access links, and to the use of end-to-end congestion
control in TCP. Most of the traffic on the Internet ...
... [RFC896], and the fix was provided by Van Jacobson, who developed the
congestion control mechanisms that are now required in TCP
implementations [Jacobson88 ...
... traffic to congestion works best by taking
into account the congestion control response of TCP, as is discussed
in the next subsection.
...
... traffic should be exempt from
end-to-end congestion control due to any claims of inherently more
valuable content. (One could equally logically argue that because
email ...
... IETF to address issues
of congestion control for real time traffic: an upgrade of the RTP
specification, TFRC ...
... RTP Profile for Audio and Video Control, does
not discuss congestion control [RFC1890]. The revised document on
"RTP Profile ...
... Audio and Video Conferences with Minimal Control"
[RFC3551] discusses congestion control in Section 2. [RFC3551] says
the following:
...
... flow is
achieving. This condition can be satisfied by implementing
congestion control mechanisms to adapt the transmission rate (or
the number of layers subscribed for a layered multicast session ...
...
As mentioned in RFC 3267prop(-> 4867prop), equation-based congestion control is one of
the possibilities for VoIP. TCP ...
... TCP Friendly Rate Control (TFRC) is the
equation-based congestion control mechanism that has been
standardized in the IETF. The TFRC ...
... packet rate in response to
congestion. The congestion control mechanism in this document
cannot be used by those applications; TFRC-PS ...
...
The Datagram Congestion Control Protocol (DCCP) is a transport
protocol being standardized in the IETF ...
... unreliable flows, with
the application being able to specify either TCP-like or TFRC
congestion control [DCCP03].
...
... CCID 2 for TCP-like congestion control and CCID 3 for TFRC
congestion control. As TFRC-PS becomes available and goes through
...
... RTP payload format specified in RFC
3267prop(-> 4867prop) use congestion control, though no specific mechanism is
recommended. RFC 3267prop(-> 4867prop) gives "Equation-Based Congestion Control ...
... congestion control, though no specific mechanism is
recommended. RFC 3267prop(-> 4867prop) gives "Equation-Based Congestion Control for
Unicast Applications" as an example of a congestion control ...
... Congestion Control for
Unicast Applications" as an example of a congestion control mechanism
suitable for real-time flows ...
... hard to achieve. We would not want to delay the deployment of
congestion control for telephony traffic until such an ideal could be
accomplished. In addition, we note that the current TCP ...
... traffic until such an ideal could be
accomplished. In addition, we note that the current TCP congestion
control mechanisms are themselves not very effective in an
environment where there is a limitation along the reverse path in
pps. While the TCP ...
... data packets, TCP does not include any effective congestion control
mechanisms for the stream of small acknowledgement packets on the
...
... end-to-end path has
changed. This issue has been addressed in a proposal for
Probabilistic Congestion Control [PCC].
...
... IETF community, as a
specific follow-up to RFC 2914 on Congestion Control Principles.
This is not a specific or complete protocol specification ...
... Deepak Bansal, Hari Balakrishnan, Sally Floyd, and Scott Shenker, Dynamic Behavior of Slowly-Responsive Congestion Control Algorithms, SIGCOMM 2001. ...
... Eddie Kohler, Mark Handley, Sally Floyd, and Jitendra Padhye, Datagram Congestion Control Protocol (DCCP), internet-draft Work in Progress ...
... S. Floyd, M. Handley, J. Padhye, J. Widmer, "Equation- Based Congestion Control for Unicast Applications", ACM SIGCOMM 2000. ...
... Web page on "Measurement Studies of End-to-End Congestion Control in the Internet", URL "http://www.icir.org/floyd/ccmeasure.html ...
... Joerg Widmer, Martin Mauve, and Jan Peter Damm. Probabilistic Congestion Control for Non-Adaptable Flows. Technical Report 3/2001, Department of Mathematics and Computer Science, University of Mannheim. URL ...