An Efficient Topology Construction Algorithm for Mesh-Pull Peer-to-Peer Streaming Networks

An Initial Peer Configuration Algorithm For Multi-Streaming Peer-To-Peer Networks

“…In this paper, we extend the algorithms proposed by [9] for applying a multi-streaming environment [10].Indeed, we expect that our proposed algorithms lead an efficient solution to controlling P2P streaming networks. The algorithms can be also combined with existing P2P streaming such as CoolStreaming and Climber by replacing their initial topology construction algorithms.…”

“…Ishii and Inoie [9] considered a P2P streaming network where peer leaving occurs. Based on the algorithms by [7,8], they proposed two peer exchange algorithms: one to further increase the number of peers that can be concurrently connected by considering transmission bandwidth and the other to reduce physical traffic volume.…”

“…Fukushima et al [7,8] have proposed topology construction algorithms called peer selection algorithms, in a mesh-pull P2P streaming network. Based on the algorithms by [7,8],Ishii and Inoie [9] also considered topology construction algorithms for a peer-to-peer streaming network where peer leaving occurs.…”

“…In this paper, we extend the algorithms proposed by [9] for applying a multi-streaming environment [10]. In a multi-streaming environment, some peers require multiple different video contents.…”