ISSN : 1796-2048
Volume : 1    Issue : 2    Date : May 2006

A Cost-Effective Peer-to-Peer Architecture for Large-Scale On-Demand Media Streaming
Xin Liu and Son T. Vuong
Page(s): 38-49
Full Text:
PDF (498 KB)

This paper presents a cost-effective peer-to-peer (P2P) architecture for large-scale on-demand
media streaming, named BitVampire. BitVampire’s primary design goal is to aggregate peers’
storage and upstream bandwidth to facilitate on-demand media streaming. To achieve this goal,
BitVampire splits published videos into segments and distributes them to different peers. When a
peer (or a receiver) wants to watch a video, it (i) searches the corresponding segments, then (ii)
selfishly determines the best subset of supplying peers and (iii) aggregates bandwidth from these
peers to stream the media content. In BitVampire, participating peers help each other to get the
desired media content, thus powerful servers/proxies are not necessary, which makes it a cost-
effective approach. To demonstrate the effectiveness of BitVampire, we conducted extensive
simulation on large, hierarchical, Internet-like topologies. We also implemented a functional
prototype using Java and Java Media Framework (JMF) to demonstrate the feasibility of BitVampire.

Index Terms
Peer-to-Peer, On-Demand Media Streaming