Results 1 - 10 of 2,094

Measurement of Commercial Peer-to-Peer Live Video Streaming

by Shahzad Ali, Anket Mathur, Hui Zhang , 2006
"... Peer-to-peer technologies have proved to be effective for various bandwidth intensive, large scale applications such as file-transfer. For many years, there has been tremendous interest in academic environments for live video streaming as another application of P2P. Recently, a number of new commerc ..."
Abstract - Cited by 92 (3 self) - Add to MetaCart
Peer-to-peer technologies have proved to be effective for various bandwidth intensive, large scale applications such as file-transfer. For many years, there has been tremendous interest in academic environments for live video streaming as another application of P2P. Recently, a number of new

CoolStreaming/DONet: A Data-driven Overlay Network for Peer-to-Peer Live Media Streaming

by Xinyan Zhang, Jiangchuan Liu, Bo Li, Tak-shing Peter Yum - in IEEE Infocom , 2005
"... This paper presents DONet, a Data-driven Overlay Network for live media streaming. The core operations in DONet are very simple: every node periodically exchanges data availability information with a set of partners, and retrieves unavailable data from one or more partners, or supplies available dat ..."
Abstract - Cited by 475 (42 self) - Add to MetaCart
This paper presents DONet, a Data-driven Overlay Network for live media streaming. The core operations in DONet are very simple: every node periodically exchanges data availability information with a set of partners, and retrieves unavailable data from one or more partners, or supplies available

Resilient Peer-to-Peer Streaming *

by unknown authors
"... We consider the problem of distributing “live ” streaming media content to a potentially large and highly dynamic population of hosts. Peer-to-peer content distribution is attractive in this setting because the bandwidth available to serve content scales with demand. A key challenge, however, is mak ..."
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We consider the problem of distributing “live ” streaming media content to a potentially large and highly dynamic population of hosts. Peer-to-peer content distribution is attractive in this setting because the bandwidth available to serve content scales with demand. A key challenge, however

Resilient Peer-to-Peer Streaming *

by unknown authors
"... We consider the problem of distributing “live ” streaming media content to a potentially large and highly dynamic population of hosts. Peer-to-peer content distribution is attractive in this setting because the bandwidth available to serve content scales with demand. A key challenge, however, is mak ..."
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We consider the problem of distributing “live ” streaming media content to a potentially large and highly dynamic population of hosts. Peer-to-peer content distribution is attractive in this setting because the bandwidth available to serve content scales with demand. A key challenge, however

Resilient Peer-to-Peer Streaming *

by unknown authors
"... We consider the problem of distributing “live ” streaming media content to a potentially large and highly dynamic population of hosts. Peer-to-peer content distribution is attractive in this setting because the bandwidth available to serve content scales with demand. A key challenge, however, is mak ..."
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We consider the problem of distributing “live ” streaming media content to a potentially large and highly dynamic population of hosts. Peer-to-peer content distribution is attractive in this setting because the bandwidth available to serve content scales with demand. A key challenge, however

Scalable Video for Peer-to-Peer Streaming

by Jakob Rieckh, Prof Dr
"... Pulsar is a peer-to-peer streaming software that allows the distribution of live and on-demand video files. Pulsar clients are typically comprised of a very diverse group of peers with varying local computing resources or network conditions. Thereby, scalable video coding provides an efficient solut ..."
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Pulsar is a peer-to-peer streaming software that allows the distribution of live and on-demand video files. Pulsar clients are typically comprised of a very diverse group of peers with varying local computing resources or network conditions. Thereby, scalable video coding provides an efficient

Supporting Transitions in Peer-to-Peer Video Streaming

by Björn Richerzhagen - MASTER’S THESIS , 2012
"... Multimedia streaming applications are the single largest cause of downstream traffic in the Internet. The load on such a streaming service depends highly on the time of the day as well as on the content of the stream. Real-world events can trigger spontaneous and massive increases in the amount of ..."
Abstract - Cited by 4 (1 self) - Add to MetaCart
operational cost. Here, the Peer-to-Peer (P2P) paradigm is a promising alternative, as it provides scalability by utilizing the consumers ’ resources. A multitude of P2P live streaming applications have been proposed in recent

Delay Bounds of Peer-to-Peer Video Streaming

by Yong Liu , 2009
"... Peer-to-Peer (P2P) systems exploit the uploading bandwidth of individual peers to distribute content at low server cost. While the P2P bandwidth sharing design is very efficient for bandwidth sensitive applications, it imposes a fundamental performance constraint for delay sensitive applications: th ..."
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Peer-to-Peer (P2P) systems exploit the uploading bandwidth of individual peers to distribute content at low server cost. While the P2P bandwidth sharing design is very efficient for bandwidth sensitive applications, it imposes a fundamental performance constraint for delay sensitive applications

Peer-to-Peer Live Streaming with MDC

by Dongni Ren, Jerry Wong, S. -h. Gary Chan , 2011
"... We consider a peer-to-peer (P2P) live streaming network formed by unreliable nodes. The video is encoded into k MDC (Multiple-Description Coded) and t FEC (Forward Error Correction) streams. To achieve stream continuity notwithstanding node failures, the k + t streams are pushed to the nodes in pare ..."
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We consider a peer-to-peer (P2P) live streaming network formed by unreliable nodes. The video is encoded into k MDC (Multiple-Description Coded) and t FEC (Forward Error Correction) streams. To achieve stream continuity notwithstanding node failures, the k + t streams are pushed to the nodes

Multiplexing in the Peer-to-Peer Live Streaming

by T. Ashalatha, Ch. Naveen Kumar Reddy, G. Vishnu Murthy, Ch. Venkata Rajam
"... Abstract — The behaviour of commercial peer-to-peer systems for live streaming has been extensively studied in several measurement papers. These studies have to rely on a “blackbox” approach, where packet traces are collected from a single or a limited number of measurement points, to infer various ..."
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Abstract — The behaviour of commercial peer-to-peer systems for live streaming has been extensively studied in several measurement papers. These studies have to rely on a “blackbox” approach, where packet traces are collected from a single or a limited number of measurement points, to infer various
Results 1 - 10 of 2,094