In this paper, we present a swarm based peer to peer media streaming model. In our approach, nodes that serve the maximum content to their peers have a higher utility to the swarm and become candidates for direct relay of stream from the media server. This reward forms a natural incen-tive for the nodes to contribute to the swarm. Nodes cluster into small groups, called alliances, for a symbiotic asso-ciation. Alliance members must exchange pieces to have the complete packet. This policy dissuades non-cooperating members in an alliance from their selfish behavior. We study our model using a simulator and present some initial re-sults. 1. Introduction and Relate
Given the fact that the Internet does not widely support Internet protocol multicast while content-d...
Video streaming is rapidly becoming one of the key services of the Internet. Most streaming is today...
The ability to exploit Internet infrastructure to support the live delivery of streaming media to la...
In this paper, we present a swarm based peer to peer media streaming model. In our approach, nodes t...
Peer-to-Peer (P2P) media streaming has emerged as a scalable method for content distribution in rece...
While recent measurement studies ha, le shown the effectiveness of P2P network in media streaming, t...
While recent measurement studies have shown the effectiveness of P2P network in media streaming, the...
Peer-to-Peer (P2P) streaming has emerged as a scalable method for media distribution in recent years...
Peer-to-Peer (P2P) streaming has emerged as a scalable method for media distribution in recent years...
Data dissemination in decentralized networks is often realized by using some form of swarming techni...
Peer-to-peer media streaming framework has been widely considered as a promising platform for delive...
Peer-to-Peer networks (P2P) exhibit specific characteristics that can be exploited for media stream...
Abstract—Peer-to-peer (P2P) media streaming quickly emerges as an important application over the Int...
Peer to Peer (P2P) models are based on user altruism, wherein a user shares its content with other u...
Given the fact that the Internet does not widely support Internet protocol multicast while content-d...
Given the fact that the Internet does not widely support Internet protocol multicast while content-d...
Video streaming is rapidly becoming one of the key services of the Internet. Most streaming is today...
The ability to exploit Internet infrastructure to support the live delivery of streaming media to la...
In this paper, we present a swarm based peer to peer media streaming model. In our approach, nodes t...
Peer-to-Peer (P2P) media streaming has emerged as a scalable method for content distribution in rece...
While recent measurement studies ha, le shown the effectiveness of P2P network in media streaming, t...
While recent measurement studies have shown the effectiveness of P2P network in media streaming, the...
Peer-to-Peer (P2P) streaming has emerged as a scalable method for media distribution in recent years...
Peer-to-Peer (P2P) streaming has emerged as a scalable method for media distribution in recent years...
Data dissemination in decentralized networks is often realized by using some form of swarming techni...
Peer-to-peer media streaming framework has been widely considered as a promising platform for delive...
Peer-to-Peer networks (P2P) exhibit specific characteristics that can be exploited for media stream...
Abstract—Peer-to-peer (P2P) media streaming quickly emerges as an important application over the Int...
Peer to Peer (P2P) models are based on user altruism, wherein a user shares its content with other u...
Given the fact that the Internet does not widely support Internet protocol multicast while content-d...
Given the fact that the Internet does not widely support Internet protocol multicast while content-d...
Video streaming is rapidly becoming one of the key services of the Internet. Most streaming is today...
The ability to exploit Internet infrastructure to support the live delivery of streaming media to la...