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. | ||
| − | * Some webpages for quick reference: [http://groups.geni.net/geni/wiki/WiMAXInteg GENI-WiMAX project | + | * Some webpages for quick reference: [[http://groups.geni.net/geni/wiki/WiMAXInteg GENI-WiMAX project info]], [[http://omf.mytestbed.net/projects/omf/wiki/OMF_User_Guide OMF User Documentation]], [[http://wimax.orbit-lab.org/wiki/WikiStart GENI WiMax Platform]] |
== Progress Reports == | == Progress Reports == | ||
Revision as of 08:04, 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 info], [OMF User Documentation], [GENI WiMax Platform]
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
- Infovalue WiMAX TV (Dec 24, 2009) , H.264 based content streaming. Supports mobility, interactivity and PVR functionalities.
- Yota WiMAX TV (June, 2009) , Yota TV offers more than 20 channels at (800x480) resolution on HTC MAX 4G Handset
- Broadcom Mobile Multimedia Device ( Oct, 2007) , 720p HD Video, 12 Megapixel Camera and 3D Gaming Coming Soon to Your Cell Phone
- 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.
- Mobile TV Base Station Design Goals and design decisions are expleined.
