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On the performance of scalable video coding for VBR TV channels transport in multiple resolutions and qualities.

, , , , , , and . Multimedia Tools Appl., 53 (3): 487-517 (2011)

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Models for Capacity Demand Estimation in a TV Broadcast Network with Variable Bit Rate TV Channels., , , , , and . FITraMEn, volume 5464 of Lecture Notes in Computer Science, page 1-15. Springer, (2008)Transport capacity for a catch-up television service., , , and . EuroITV, page 161-170. ACM, (2009)Dimensioning Drop-tail and AQM (RED) buffers at access networks for optimal performance with bulk data TCP traffic., , , and . Computer Communications, 33 (Supplement-1): S58-S70 (2010)On the performance of scalable video coding for VBR TV channels transport in multiple resolutions and qualities., , , , , , and . Multimedia Tools Appl., 53 (3): 487-517 (2011)Dimensioning of a Multi-Rate Network Transporting Variable Bit Rate TV Channels., , , and . ICC, page 1-6. IEEE, (2009)On the performance of scalable video coding for VBR TV channels transport in multiple resolutions and qualities., , , , , , and . Multimedia Tools Appl., 57 (3): 605-631 (2012)Capacity Gain of Mixed Multicast/Unicast Transport Schemes in a TV Distribution Network., , , and . IEEE Trans. Multimedia, 11 (5): 918-931 (2009)Dimensioning Multicast-Enabled Networks for IP-Transported TV Channels., , , and . International Teletraffic Congress, volume 4516 of Lecture Notes in Computer Science, page 6-17. Springer, (2007)Performance analysis of a caching algorithm for a catch-up television service., , , and . Multimedia Syst., 17 (1): 5-18 (2011)Modelling H.264/AVC VBR video traffic: comparison of a Markov and a self-similar source model., , , , and . Telecommunication Systems, 39 (2): 91-102 (2008)