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Peer to peer (P2P) content distribution network like BitTorrent (BT) is one of most popular Internet applications today. Its success heavily lies on the ability to share the capacity of all the individuals as a whole. As the first deployed prototype on the real Internet, CoolStreaming (Zhang et al., 2005) for the first time manifests what a great application potential and huge business opportunity it can reach if the content is delivered not only in large scale but also on real-time. Along the way to the large-scale Along the way to such as system, people (Vlavianos et al., 2006) find there is no natural connection between the abilities of mass data delivering and real-time distributing in any protocol. This discovery stimulates people to study how to modify protocols like BT to meet the real-time demand. Since 2004, a series of large-scale systems like PPLive and PPStream have been deployed in China and all over the world, and become the world-class popular platforms. Many research reports on them also mark their success.

Reverse Engineering the Peer to Peer Streaming Media System