• CONTACT
  • LAST ISSUE
  • IN PROGRESS
  • EARLY VIEW
  • ACCEPTED PAPERS
GET_pdf delibra

Volume 11 (2) 2005, 153-159

Interdomain VPLS and deployment experiences

Serrano Laura, Sotos Miguel Angel

RedIRIS Network Engineer, C/ Plaza Manuel Gómez Moreno s/n , Madrid, Spain
e-mail: {laura.serrano|miguel.sotos}@rediris.es

DOI:   10.12921/cmst.2005.11.02.153-159

OAI:   oai:lib.psnc.pl:591

Abstract:

The main objective of emergent standard Virtual Private LAN Service (VPLS) is the interconnection of users located in different geographic points as if they were in the same local area network. In this sense, the investigations and tests that have been done are mainly focused on point to point interconnection scenarios using Virtual Private Networks (VPNs), being few the tests that until the moment have been done in academic and research networks with multipoint scenarios and they have been done mainly in the same domain, but not between different domains. With this paper we describe the process to put in production VPLS service for testing purpose in interprovider environment, doing initial tests on a real scenario. With it, one hopes to verify its behaviour in a real production network, analyzing the benefits can be provided to the customers specially with respect to advanced applications and distributed computing, as it is the case of Grid applications.

Key words:

Grid Applications, Virtual Private LAN Service, Virtual Private Networks

References:

[1] K. Kompella, et al, Virtual Private LAN Service, draft-ietfl2vpn-vpls-bgp- 02, Work in Progress.
[2] W. Augustyn et al, Architecture and Model for Virtual Private LAN Services (VPLS), draft-augustyn-vpls-arch, Work in Progress.
[3] W. Augustyn et al, Requirements for Virtual Private LAN Services (VPLS), draft-ietf-ppvpn-vpls-requirements, Work in Progress.
[4] P. Knight et al, Logical PE Auto-Discovery Mechanism, draft-knight-l2vpn- lpe-ad, Work in Progress.
[5] K. Kompella et al, Decoupled Virtual Private LAN Services draft-kompella- ppvpn-dtls, draft-kompella-ppvpn-dtls, Work in Progress.
[6] K. Kompella et al, Layer 2 VPNs Over Tunnels, draftkompella-ppvpn-l2vpn, Work in Progress.
[7] M. Lasserre, V. Kompella et al, Virtual Private LAN Services over MPLS, draft-ietf-l2vpn-vpls-ldp, Work in Progress.
[8] L. Martini et al, Encapsulation Methods for Transport of Layer 2 Frames Over IP and MPLS Networks, draftmartini-l2circuit-encap-mpls, Work in Progress.
[9] L. Martini et al, Transport of Layer 2 Frames Over MPLS, draft-martini-l2circuit- trans-mpls, Work in Progress.
[10] E. Rosen, Y. Rekhter, BGP/MPLS VPNs, RFC2547, Mars 1999.
[11] E. Rosen, Y. Rekhter Y. et. al., BGP/MPLS IP VPNs, draftietf-l3vpn-rfc2547bis, Work in Progress. Interdomain VPLS and deployment experiences.
[12] Opera Oberta Project. The project consists on regular Opera live transmissions from the Liceo Opera theaters in Barcelona. The Operas are transmitted using multicast to the Universities and Research Centers connected to RedIRIS. It’s not an open transmission, the centers use special cards for deencription.

  • JOURNAL MENU

    • AIMS AND SCOPE
    • EDITORS
    • EDITORIAL BOARD
    • NOTES FOR AUTHORS
    • CONTACT
    • IAN SNOOK PRIZES 2015
    • IAN SNOOK PRIZES 2016
    • IAN SNOOK PRIZES 2017
    • IAN SNOOK PRIZES 2018
    • IAN SNOOK PRIZES 2019
    • IAN SNOOK PRIZES 2020
    • IAN SNOOK PRIZES 2021
    • IAN SNOOK PRIZES 2024
  • GALLERY

  • LAST ISSUE

  • MANUSCRIPT SUBMISSION

    • SUBMIT A MANUSCRIPT
  • FUTURE ISSUES

    • ACCEPTED PAPERS
    • EARLY VIEW
    • Volume 31 (1) – in progress
  • ALL ISSUES

    • 2024
      • Volume 30 (3–4)
      • Volume 30 (1–2)
    • 2023
      • Volume 29 (1–4)
    • 2022
      • Volume 28 (4)
      • Volume 28 (3)
      • Volume 28 (2)
      • Volume 28 (1)
    • 2021
      • Volume 27 (4)
      • Volume 27 (3)
      • Volume 27 (2)
      • Volume 27 (1)
    • 2020
      • Volume 26 (4)
      • Volume 26 (3)
      • Volume 26 (2)
      • Volume 26 (1)
    • 2019
      • Volume 25 (4)
      • Volume 25 (3)
      • Volume 25 (2)
      • Volume 25 (1)
    • 2018
      • Volume 24 (4)
      • Volume 24 (3)
      • Volume 24 (2)
      • Volume 24 (1)
    • 2017
      • Volume 23 (4)
      • Volume 23 (3)
      • Volume 23 (2)
      • Volume 23 (1)
    • 2016
      • Volume 22 (4)
      • Volume 22 (3)
      • Volume 22 (2)
      • Volume 22 (1)
    • 2015
      • Volume 21 (4)
      • Volume 21 (3)
      • Volume 21 (2)
      • Volume 21 (1)
    • 2014
      • Volume 20 (4)
      • Volume 20 (3)
      • Volume 20 (2)
      • Volume 20 (1)
    • 2013
      • Volume 19 (4)
      • Volume 19 (3)
      • Volume 19 (2)
      • Volume 19 (1)
    • 2012
      • Volume 18 (2)
      • Volume 18 (1)
    • 2011
      • Volume 17 (1-2)
    • 2010
      • Volume SI (2)
      • Volume SI (1)
      • Volume 16 (2)
      • Volume 16 (1)
    • 2009
      • Volume 15 (2)
      • Volume 15 (1)
    • 2008
      • Volume 14 (2)
      • Volume 14 (1)
    • 2007
      • Volume 13 (2)
      • Volume 13 (1)
    • 2006
      • Volume SI (1)
      • Volume 12 (2)
      • Volume 12 (1)
    • 2005
      • Volume 11 (2)
      • Volume 11 (1)
    • 2004
      • Volume 10 (2)
      • Volume 10 (1)
    • 2003
      • Volume 9 (1)
    • 2002
      • Volume 8 (2)
      • Volume 8 (1)
    • 2001
      • Volume 7 (2)
      • Volume 7 (1)
    • 2000
      • Volume 6 (1)
    • 1999
      • Volume 5 (1)
    • 1998
      • Volume 4 (1)
    • 1997
      • Volume 3 (1)
    • 1996
      • Volume 2 (1)
      • Volume 1 (1)
  • DATABASES

    • AUTHORS BASE
  • CONTACT
  • LAST ISSUE
  • IN PROGRESS
  • EARLY VIEW
  • ACCEPTED PAPERS

© 2025 CMST