By R. Gupta
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Extra info for Improving Design, Analysis of Supercond Magnets for Particle Accels [thesis]
Huo 2 State-of-the-Art of P2P Streaming Technologies In typical P2P streaming implementations, media data are distributed along a application-layer logical overlay network constructed over the underlying physical IP network. To construct and maintain an efficient overlay network, mainly three questions should be answered. , what topologies should the overlay network be constructed? , once the overlay topology is determined, how to find and select appropriate upstream peers from which the current peer receives the needed media data?
Such a design is suitable for overlay with high dynamic nodes. Experiments showed that, compared with a tree-based overlay, DONet can achieve much more continuous streaming with comparable delay. 3 Technical Challenges and Opportunities Though some successes have been made in recent years, especially with the introducing of mesh-based approaches, there are still challenging problems and open issues need to be overcome in P2P live media streaming. The main problem results from the heterogeneity of the underlying IP networks.
Besides traditional data services, various new multimedia contents would also be delivered over the same IP network, among which the live media streaming service will play a more important role. The typical applications of live media streaming include Internet television, distance education, sports events broadcasting, online games, and etc. Recently, Peer-to-Peer (P2P) has emerged as a promising technique for deploying large-scale live media streaming systems over the Internet, which represents the paradigm shift from conventional networking applications.
Improving Design, Analysis of Supercond Magnets for Particle Accels [thesis] by R. Gupta