An Efficient Architecture by Organizing Streaming and Storage Users Position in P2P Network for Sharing Live Video
2
조회
0
다운로드
0
인용
0
참고문헌
키워드
초록
Peer-to-Peer (P2P) streaming is a method for sharing data on the network without the support of server. One of the main challenge is to provide a high quality of service through the dynamic behavior of the network because a user may join or leave anytime. We realized that the streaming users- who use mobile devices with 3G/4G connection, may stop watching live video after a while if they find the video is out of their interest. Users leaving causes dynamic and affect the data delivery. On the other hand, the storage users-who use PC with wired Internet, are downloading the video do not have the concern of interest and playback quality, until they start to watch the video. Hence, the storage users are relatively more stable than streaming users. This paper, we propose an efficient architecture by organizing storage users position are closer to the broadcaster than streaming users position. And then, we apply our idea on hybrid model that combines the benefits of tree-based and mesh-based models to decrease startup delay, packet lost and control overhead compare with other systems.
Abstract
Peer-to-Peer (P2P) streaming is a method for sharing data on the network without the support of server. One of the main challenge is to provide a high quality of service through the dynamic behavior of the network because a user may join or leave anytime. We realized that the streaming users- who use mobile devices with 3G/4G connection, may stop watching live video after a while if they find the video is out of their interest. Users leaving causes dynamic and affect the data delivery. On the other hand, the storage users-who use PC with wired Internet, are downloading the video do not have the concern of interest and playback quality, until they start to watch the video. Hence, the storage users are relatively more stable than streaming users. This paper, we propose an efficient architecture by organizing storage users position are closer to the broadcaster than streaming users position. And then, we apply our idea on hybrid model that combines the benefits of tree-based and mesh-based models to decrease startup delay, packet lost and control overhead compare with other systems.
참고문헌 (10)
- M. Sanna, "Live scalable video streaming on peer-to-peer overlays with network coding", IEEE Latin America Transactions, 11(3), pp.962~968 (2013)
- Hyunseok Chang, "Live streaming with receiver-based peer-division multiplexing", IEEE, 2011, pp.19(1), 55~68
- Bo Liu, "Locality-awareness in bittorrent-like P2P applications", IEEE Transactions on Multimedia, 11(3), pp.361~371 (2009)
- Di Wu, "Xiaojun Hei, Balancing performance and fairness in P2P live video systems", IEEE transactions on circuits and systems for video technology, 23(6), pp.1029~1039 (2013)
- Bin Fan, "The design trade-offs of bittorrent-like file sharing protocols", IEEE, 2009, pp.17(2), 365~376
- Xu Cheng, "Coordinate live streaming and storage sharing for social media content distribution", IEEE Transactions on Multimedia, 14(6), pp.1558~1565 (2012)
- Tran Thi Thu Ha, "Topology and architecture design for peer to peer video live streaming system on mobile broadcasting social media", International Conference on Information Science and Applications, pp.1~4 (2014)
- John Jannotti, "Overcast: Reliable multicasting with an overlay network", In Proceedings of the ACM Symposium on Operating System Design and Implementation, 4, pp.14~29 (2000)
- Xinyan Zhang, "Coolstreaming", DONet:a data-driven overlay network for peer-to-peer live media streaming, 2005, pp.3, 2102~2111
- Nazanin Magharei, "PRIME:Peer-to-peer receiver-driven mesh-based streaming", IEEE, 2009, pp.17(4), 1052~1065