Providing scaleable QoS-based connectivity services

Research output: Contribution to conference - Without ISBN/ISSN › Conference paper › peer-review

Published

Standard

Providing scaleable QoS-based connectivity services. / Banfield, Mark; Edwards, Christopher; Charton, Natjalie et al.
1999. 216-225 Paper presented at Telecommunications Information Networking Architecture Conference, 1999. TINA '99.

Research output: Contribution to conference - Without ISBN/ISSN › Conference paper › peer-review

Harvard

Banfield, M, Edwards, C, Charton, N & Hutchison, D 1999, 'Providing scaleable QoS-based connectivity services', Paper presented at Telecommunications Information Networking Architecture Conference, 1999. TINA '99, 12/04/99 - 15/04/99 pp. 216-225.

APA

Banfield, M., Edwards, C., Charton, N., & Hutchison, D. (1999). Providing scaleable QoS-based connectivity services. 216-225. Paper presented at Telecommunications Information Networking Architecture Conference, 1999. TINA '99.

Vancouver

Banfield M, Edwards C, Charton N, Hutchison D. Providing scaleable QoS-based connectivity services. 1999. Paper presented at Telecommunications Information Networking Architecture Conference, 1999. TINA '99.

Author

Banfield, Mark ; Edwards, Christopher ; Charton, Natjalie et al. / Providing scaleable QoS-based connectivity services. Paper presented at Telecommunications Information Networking Architecture Conference, 1999. TINA '99.10 p.

Bibtex

@conference{2fa41a70c2ba404db0863e091b7841e7,

title = "Providing scaleable QoS-based connectivity services",

abstract = "The advent of real-time distributed multimedia applications demands more from the network than simply an increase in bandwidth. To enable rapid deployment of new network services requires an open extendible network management model. The ReTINA ACTS (AC048) project seeks to answer the call for advanced network management building on the TINA connection management architecture (TINA-CMA) model. Emphasis within this paper is given to extending TINA-CMA to provide reservation and guarantee of network quality of service (QoS) and to the results obtained from our implementation of a QoS enhanced distributed connection management platform. Such a platform relies on the construction of a universal facade over heterogeneous switching models and of efficient control of the switching fabric. The paper discussed the issues with regard to ATM based networks and to analyse the suitability of current switch control protocols",

keywords = "asynchronous transfer mode, multimedia communication, network operating systems, open systems, protocols, quality of service, telecommunication computing, telecommunication control, telecommunication network managementAC048 project, ATM based networks, ReTINA ACTS project, TINA connection management architecture, TINA-CMA model, advanced network management, distributed connection management platform, heterogeneous switching models, open extendible network management model, real-time distributed multimedia applications, scaleable QoS-based connectivity services, switch control protocols, switching fabric control, universal facade cs_eprint_id, 2148 cs_uid, 421",

author = "Mark Banfield and Christopher Edwards and Natjalie Charton and David Hutchison",

year = "1999",

language = "English",

pages = "216--225",

note = "Telecommunications Information Networking Architecture Conference, 1999. TINA '99 ; Conference date: 12-04-1999 Through 15-04-1999",

}

RIS

TY - CONF

T1 - Providing scaleable QoS-based connectivity services

AU - Banfield, Mark

AU - Edwards, Christopher

AU - Charton, Natjalie

AU - Hutchison, David

PY - 1999

Y1 - 1999

N2 - The advent of real-time distributed multimedia applications demands more from the network than simply an increase in bandwidth. To enable rapid deployment of new network services requires an open extendible network management model. The ReTINA ACTS (AC048) project seeks to answer the call for advanced network management building on the TINA connection management architecture (TINA-CMA) model. Emphasis within this paper is given to extending TINA-CMA to provide reservation and guarantee of network quality of service (QoS) and to the results obtained from our implementation of a QoS enhanced distributed connection management platform. Such a platform relies on the construction of a universal facade over heterogeneous switching models and of efficient control of the switching fabric. The paper discussed the issues with regard to ATM based networks and to analyse the suitability of current switch control protocols

AB - The advent of real-time distributed multimedia applications demands more from the network than simply an increase in bandwidth. To enable rapid deployment of new network services requires an open extendible network management model. The ReTINA ACTS (AC048) project seeks to answer the call for advanced network management building on the TINA connection management architecture (TINA-CMA) model. Emphasis within this paper is given to extending TINA-CMA to provide reservation and guarantee of network quality of service (QoS) and to the results obtained from our implementation of a QoS enhanced distributed connection management platform. Such a platform relies on the construction of a universal facade over heterogeneous switching models and of efficient control of the switching fabric. The paper discussed the issues with regard to ATM based networks and to analyse the suitability of current switch control protocols

KW - asynchronous transfer mode

KW - multimedia communication

KW - network operating systems

KW - open systems

KW - protocols

KW - quality of service

KW - telecommunication computing

KW - telecommunication control

KW - telecommunication network managementAC048 project

KW - ATM based networks

KW - ReTINA ACTS project

KW - TINA connection management architecture

KW - TINA-CMA model

KW - advanced network management

KW - distributed connection management platform

KW - heterogeneous switching models

KW - open extendible network management model

KW - real-time distributed multimedia applications

KW - scaleable QoS-based connectivity services

KW - switch control protocols

KW - switching fabric control

KW - universal facade cs_eprint_id

KW - 2148 cs_uid

KW - 421

M3 - Conference paper

SP - 216

EP - 225

T2 - Telecommunications Information Networking Architecture Conference, 1999. TINA '99

Y2 - 12 April 1999 through 15 April 1999

ER -

Research

Keywords