Marina Josué
ABSTRACT
In the delivery of hypermedia content over communication networks, the specified intermedia synchronization must be assured, despite the inherent delay and jitter of most transmission media and networks. This kind of content typically provides users multiple interaction paths, with different sets of media objects each one. In spite of that, when the hypermedia content is transmitted in push mode, users receive all media objects, regardless of the chosen interaction path. Transmission strategies that take into account the occurrence of both deterministic and non-deterministic hypermedia presentation events can decrease the waste of storage resources in the receiver side, as well as the need for network bandwidth. This work proposes a framework for an adaptable management of push-mode hypermedia content transmission. Adaptability is achieved by supporting multiple transmission strategies that may employ multiple transmission channels, which are built upon a content analysis for the identification of deterministic and non-deterministic hypermedia presentation events. Methods for instantiating the framework in the context of Ginga-NCL application transmission are also discussed over multiple transmission scenarios, in comparison with the existing, unmanaged content transmission.
- M. I. P. Josué, M. F. Moreno, and R. M. de R. Costa. Hypermedia content transmission plan: Managing the broadcast/multicast delivery. In Proceedings of the 22nd Brazilian Symposium on Multimedia and the Web, pages 87--90. ACM, 2016.Google Scholar
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Index Terms
- An Adaptable Transmission Management Framework for Push-mode Hypermedia Content
Recommendations
Hypermedia Content Transmission Plan: Managing the Broadcast/Multicast Delivery
Webmedia '16: Proceedings of the 22nd Brazilian Symposium on Multimedia and the WebNowadays hypermedia content may be delivered over different platforms, such as Terrestrial DTV, IPTV and the Web. Therefore hypermedia presentation engines must be designed taking into consideration the specificities of their supported networks to ...
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