RSVP active network load-mechanism triggered by PATH-message

Xuanzheng Wang; Depei Qian

RSVP active network load-mechanism triggered by PATH-message

Xuanzheng Wang^*
, Depei Qian

^*Corresponding author for this work

Research output: Contribution to journal › Article › peer-review

Abstract

A new mechanism is presented to deal with the dynamically added non-RSVP nodes. When a periodical PATH message arrives at an active node where RSVP is not deployed, it will trigger a RANDP (RSVP Active Network Deployment Packet) request-packet. The RANDP request-packet triggered will reach an active node on which RSVP is deployed. The node responds to the RANDP request-packet with a RANDP deploy-packet. Consequently, RSVP can be loaded into the newly added non-RSVP-enabled nodes. The architecture and implementation of RANEE are designed. The formats of the RANDP request-packet and the RANDP deploy-packet are defined. The bandwidth-consumption of this new mechanism is analyzed.

Original language	English
Pages (from-to)	100-102+105
Journal	Jisuanji Gongcheng/Computer Engineering
Volume	32
Issue number	4
State	Published - 20 Feb 2006
Externally published	Yes

Keywords

Active network
PATH
Quality of service
RSVP

Cite this

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title = "RSVP active network load-mechanism triggered by PATH-message",

abstract = "A new mechanism is presented to deal with the dynamically added non-RSVP nodes. When a periodical PATH message arrives at an active node where RSVP is not deployed, it will trigger a RANDP (RSVP Active Network Deployment Packet) request-packet. The RANDP request-packet triggered will reach an active node on which RSVP is deployed. The node responds to the RANDP request-packet with a RANDP deploy-packet. Consequently, RSVP can be loaded into the newly added non-RSVP-enabled nodes. The architecture and implementation of RANEE are designed. The formats of the RANDP request-packet and the RANDP deploy-packet are defined. The bandwidth-consumption of this new mechanism is analyzed.",

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T1 - RSVP active network load-mechanism triggered by PATH-message

AU - Wang, Xuanzheng

AU - Qian, Depei

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N2 - A new mechanism is presented to deal with the dynamically added non-RSVP nodes. When a periodical PATH message arrives at an active node where RSVP is not deployed, it will trigger a RANDP (RSVP Active Network Deployment Packet) request-packet. The RANDP request-packet triggered will reach an active node on which RSVP is deployed. The node responds to the RANDP request-packet with a RANDP deploy-packet. Consequently, RSVP can be loaded into the newly added non-RSVP-enabled nodes. The architecture and implementation of RANEE are designed. The formats of the RANDP request-packet and the RANDP deploy-packet are defined. The bandwidth-consumption of this new mechanism is analyzed.

AB - A new mechanism is presented to deal with the dynamically added non-RSVP nodes. When a periodical PATH message arrives at an active node where RSVP is not deployed, it will trigger a RANDP (RSVP Active Network Deployment Packet) request-packet. The RANDP request-packet triggered will reach an active node on which RSVP is deployed. The node responds to the RANDP request-packet with a RANDP deploy-packet. Consequently, RSVP can be loaded into the newly added non-RSVP-enabled nodes. The architecture and implementation of RANEE are designed. The formats of the RANDP request-packet and the RANDP deploy-packet are defined. The bandwidth-consumption of this new mechanism is analyzed.

KW - Active network

KW - PATH

KW - Quality of service

KW - RSVP

UR - https://www.scopus.com/pages/publications/33645162951

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SN - 1000-3428

VL - 32

SP - 100-102+105

JO - Jisuanji Gongcheng/Computer Engineering

JF - Jisuanji Gongcheng/Computer Engineering

IS - 4

ER -

RSVP active network load-mechanism triggered by PATH-message

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Keywords

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