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By exploiting heterogeneity, the super-node paradigm can lead to improved efficiency, without compromising the decentralized nature of peer-to-peer (P2P) networks. So many relevant applications such as grids, cloud computings use super-node paradigm as the lower service. However, due to inherent decentralisation, scale, dynamism, and complexity of P2P environments, self-managing super-node selection...
A major challenge in peer-to-peer systems is the problem of efficiently locating data or resources and scalability. According to the actual practical heterogeneous network system, we explore a fast and scalable super-peer P2P network model based on a rigorous binary tree code algorithm. In our model, if the size of network is small, file lookups are resolved with only one hop. As the systempsilas...
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