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The success of P2P file sharing systems inspired the development of P2P streaming systems for delivering online multimedia service in the last few years. The capacity of P2P streaming systems, i.e., how many peers can be concurrently serviced by the system, depends on system configurations including network bandwidth, overlay network formation, QoS constraints, membership management, peer selection,...
In P2P streaming media on-demand system, limited network bandwidth and cache space seriously affects the downloading speed of peers and extremely restrict the QoS of the whole system. A network coding solution on P2P streaming media on-demand system is proposed. The solution adopts random linear network coding technology. With network coding which can improve the utilization rate of bandwidth and...
The cooperation among peers has been a key factor in the success of peer-to-peer (P2P) media streaming systems. However, practical observations corroborate the prevalence of free riders in existing P2P systems, which significantly degrade the performance of the systems. In this paper, we investigate the design of an incentive mechanism for P2P media streaming and propose a barter-based incentive mechanism...
In this paper, we present a receiver centric P2P-based multimedia streaming mechanism for heterogeneous network terminals. P2P networks possess the heterogeneous characteristics that are not known a priori, such dynamic conditions make the real time applications like multimedia streaming more challenging. We proposed an adaptive streaming mechanism to cope with the problem of dynamic characteristics...
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