Difference between revisions of "Private:wimax testbed"

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standard WiMAX controller with an open GENI software implementation that supports layer 2/3 programmability. This open GENI base station node (GBSN) device is intended to support programmability at both radio link and network routing layers via an open API, and will work with off-the shelf WiMax handsets and data. NEC Release 1, 802.16e base station product is selected for the development of GENI specific open programmability features.  
 
standard WiMAX controller with an open GENI software implementation that supports layer 2/3 programmability. This open GENI base station node (GBSN) device is intended to support programmability at both radio link and network routing layers via an open API, and will work with off-the shelf WiMax handsets and data. NEC Release 1, 802.16e base station product is selected for the development of GENI specific open programmability features.  
  
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* Some webpages for quick reference
 
** GENI-WiMAX project [http://groups.geni.net/geni/wiki/WiMAXInteg wiki]
 
** GENI-WiMAX project [http://groups.geni.net/geni/wiki/WiMAXInteg wiki]
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** OMF User Documentation [http://omf.mytestbed.net/projects/omf/wiki/OMF_User_Guide page]
  
 
== Progress Reports ==  
 
== Progress Reports ==  

Revision as of 08:01, 21 March 2011

Full scale WiMAX Testbed for Multimedia Streaming

In full-scale testbed WiMAX base station, subscriber and ASN-GW hardware are procured form hardware vendors and only the application layer is built on top of it. Therefore some academia-industry consortia have ventured into this design path. The Global Environment for Network Innovations (GENI), a project sponsored by the National Science Foundation, USA is a collaborative initiative for academia, industry and the public for facilitating innovation in emerging global networks. The project leverages a commercial 802.16e base station from NEC, replacing the standard WiMAX controller with an open GENI software implementation that supports layer 2/3 programmability. This open GENI base station node (GBSN) device is intended to support programmability at both radio link and network routing layers via an open API, and will work with off-the shelf WiMax handsets and data. NEC Release 1, 802.16e base station product is selected for the development of GENI specific open programmability features.

  • Some webpages for quick reference
    • GENI-WiMAX project wiki
    • OMF User Documentation page

Progress Reports

  • 19 March 2011: Report (on svn). Summary of changes if a few lines.
    • Currently studying OMF(ORBIT Management Framework) to understand testbed vorkflow.
    • Testbed report link.


Updates from Industry

  • Wimax360, Juniper Research: 50Million Wimax broadband users by 2014.


References and Links

[1] IEEE 802.16-2009 Consolidated WiMAX StandardMainly Section 6.3.14 : Quality of service (QoS), Section 6.3.20: Sleep Mode Operations, Section 6.3.22 : MBS Services, Section 6.3.2.3: MAC management messages(Only the required headers)

[2] WiMAX Forum White Paper on WiMAX Overview Part-1

[3] WiMAX Forum : Network Protocol Specifications (T33), MCBCS Specifications : WMF-T33-111-R015v01_MCBCS-Common.pdf, WMF-T33-112-R015v01_MCBCS-DSx.pdf, WMF-T33-113-R015v01_MCBCS-Applayer.pdf

[4] Multicast and Broadcast Multimedia Service in Mobile WiMAX Network: Etemad and Wang, IEEE Communications Magazine, Oct 2009.

[5] Performance of real-time Multicast/Broadcast Services over TDD-OFDMA: Chan et al, ICSPCS 2008.