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Implementation of P2P Computing in Self-organizing Network Routing

机译:自组织网络路由中P2P计算的实现

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摘要

We find lots of similarities between P2P and self-organizing network, and how to implement P2P technology into self-organizing network is the main object of our research. By building a virtual network topology named P2P overlay network on top of internet's physical topology layer based on P2P computing mode, we can effectively build a full-decentralized internet based self-organizing network routing model- Hierarchical Aggregation Self-organizing Network (HASN). The target and architecture of HASN are described in this paper, as well as a detailed description of a P2P decentralized naming, route discovering and updating algorithm- HASN_Scale. The network simulation results testify that the new routing model can effectively increase the network scalability and routing efficiency by reducing the consumption of network bandwidth.
机译:我们发现P2P与自组织网络之间有很多相似之处,如何将P2P技术应用于自组织网络是我们研究的主要对象。通过基于P2P计算模式在Internet物理拓扑层之上构建名为P2P覆盖网络的虚拟网络拓扑,我们可以有效地构建基于全分散的Internet的自组织网络路由模型-分层聚合自组织网络(HASN)。本文描述了HASN的目标和体系结构,以及对P2P分散命名,路由发现和更新算法HASN_Scale的详细描述。网络仿真结果表明,新的路由模型可以通过减少网络带宽的消耗来有效地提高网络的可扩展性和路由效率。

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