Reliable Buffer less Video Streaming

Peer-to-Peer (P2P) overlays offer a promising approach to stream live video from a single source to a large number of receivers (or peers) over the Internet without any special support from the network. This approach is often called P2P streaming. We have been witnessing the emergence of a new class of popular P2P applications, namely, large scale P2P video streaming. The live P2P-TV system is expected to provide the video stream to users with (roughly) the same delay. Accessing more data is difficult in the existing system. Therefore the number of bit rate is very slow than proposed system. We develop simple yet accurate fluid models that capture the dominant dynamics of the chunk distribution process over several families of random graph. The average chunk distribution delay eliminated using the fluid models adding the terms are describing the peer departure and arrival flows. The peer departure and arrival flows used to note unavailable to distribute the chunk. This can be easily reflected in the fluid model