LC-PCN: The Load Control PCN Solution

L. Westberg; A. Bhargava; A. Bader; Georgios Karagiannis

LC-PCN: The Load Control PCN Solution

L. Westberg (Editor), A. Bhargava (Editor), A. Bader (Editor), Georgios Karagiannis (Editor)

Research output: Book/Report › Report › Professional

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Abstract

There is an increased interest of simple and scalable resource provisioning solution for Diffserv network. The Load Control PCN (LC-PCN) addresses the following issues: o Admission Control for real time data flows in stateless Diffserv Domains o Flow Termination: Termination of flows in case of exceptional events, such as severe congestion after re-routing. Admission control in a Diffserv stateless domain is a combination of: o Probing, whereby a probe packet is sent along the forwarding path in a network to determine whether a flow can be admitted based upon the current congestion state of the network o Admission Control based on data marking, whereby in congestion situations the data packets are marked to notify the PCN-egress-node that a congestion occurred on a particular PCN-ingress-node to PCN-egress-node path. The scheme provides the capability of controlling the traffic load in the network without requiring signaling or any per-flow processing in the PCN-interior-nodes. The complexity of Load Control is kept to a minimum to make implementation simple.

Original language	Undefined
Place of Publication	USA
Publisher	Internet Engineering Task Force (IETF)
Number of pages	35
Publication status	Published - 14 Nov 2007

Publication series

Name
Publisher	Internet Engineering Task Force (IETF)
No.	7/draft-westberg-pcn-load-control-02

Keywords

CR-B.8
CR-C.2
CR-C.2.5
METIS-245811
IR-64496
EWI-11476

Access to Document

PCNOther version, 87.9 KB

http://www.watersprings.org/pub/id/draft-westberg-pcn-load-control-02.txt

Cite this

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title = "LC-PCN: The Load Control PCN Solution",

abstract = "There is an increased interest of simple and scalable resource provisioning solution for Diffserv network. The Load Control PCN (LC-PCN) addresses the following issues: o Admission Control for real time data flows in stateless Diffserv Domains o Flow Termination: Termination of flows in case of exceptional events, such as severe congestion after re-routing. Admission control in a Diffserv stateless domain is a combination of: o Probing, whereby a probe packet is sent along the forwarding path in a network to determine whether a flow can be admitted based upon the current congestion state of the network o Admission Control based on data marking, whereby in congestion situations the data packets are marked to notify the PCN-egress-node that a congestion occurred on a particular PCN-ingress-node to PCN-egress-node path. The scheme provides the capability of controlling the traffic load in the network without requiring signaling or any per-flow processing in the PCN-interior-nodes. The complexity of Load Control is kept to a minimum to make implementation simple.",

keywords = "CR-B.8, CR-C.2, CR-C.2.5, METIS-245811, IR-64496, EWI-11476",

editor = "L. Westberg and A. Bhargava and A. Bader and Georgios Karagiannis",

note = "This IETF Internet draft is taken from the Internet draft site",

year = "2007",

month = nov,

day = "14",

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publisher = "Internet Engineering Task Force (IETF)",

number = "7/draft-westberg-pcn-load-control-02",

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A2 - Bader, A.

A2 - Karagiannis, Georgios

N1 - This IETF Internet draft is taken from the Internet draft site

PY - 2007/11/14

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N2 - There is an increased interest of simple and scalable resource provisioning solution for Diffserv network. The Load Control PCN (LC-PCN) addresses the following issues: o Admission Control for real time data flows in stateless Diffserv Domains o Flow Termination: Termination of flows in case of exceptional events, such as severe congestion after re-routing. Admission control in a Diffserv stateless domain is a combination of: o Probing, whereby a probe packet is sent along the forwarding path in a network to determine whether a flow can be admitted based upon the current congestion state of the network o Admission Control based on data marking, whereby in congestion situations the data packets are marked to notify the PCN-egress-node that a congestion occurred on a particular PCN-ingress-node to PCN-egress-node path. The scheme provides the capability of controlling the traffic load in the network without requiring signaling or any per-flow processing in the PCN-interior-nodes. The complexity of Load Control is kept to a minimum to make implementation simple.

AB - There is an increased interest of simple and scalable resource provisioning solution for Diffserv network. The Load Control PCN (LC-PCN) addresses the following issues: o Admission Control for real time data flows in stateless Diffserv Domains o Flow Termination: Termination of flows in case of exceptional events, such as severe congestion after re-routing. Admission control in a Diffserv stateless domain is a combination of: o Probing, whereby a probe packet is sent along the forwarding path in a network to determine whether a flow can be admitted based upon the current congestion state of the network o Admission Control based on data marking, whereby in congestion situations the data packets are marked to notify the PCN-egress-node that a congestion occurred on a particular PCN-ingress-node to PCN-egress-node path. The scheme provides the capability of controlling the traffic load in the network without requiring signaling or any per-flow processing in the PCN-interior-nodes. The complexity of Load Control is kept to a minimum to make implementation simple.

KW - CR-B.8

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KW - EWI-11476

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