Towards Social Networking: A Proof-of-Concept Model

Yasuhiro Sato, Hirona Shimokawa, S. Ata, I. Oka
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引用次数: 1

Abstract

The structure of the current Internet does not fully reflect the structure of human relationships in the real world. Human relationships are structured as various community networks, however IP-based network is essentially not structured in terms of information retrieval and sharing. In the communication style on the current network, end node can obtain information and contents from the whole of the network. In social-centric networking, information is likely to be diffused and shared within community network that is related to the topic of the information, members of community network can obtain information related to the community more efficiently and rapidly. We believe that a social-centric networking paradigm would be a fundamental principle of communications in the future. In this paper, we propose a social-centric network architecture that leverages multiple network structures. One of our objectives is elimination of inefficiency on information diffusion due to gaps between the current network structure and the real world human relationships and community structure. We also propose a proof-of-concept model to evaluate efficiency of information diffusion in consideration of workload of node. We then show the improvement of load-balancing and efficiency of information retrieval through the results of mathematical analysis and simulation.
走向社会网络:一个概念验证模型
当前互联网的结构并不能完全反映现实世界中人际关系的结构。人与人之间的关系被组织成各种各样的社区网络,然而基于ip的网络在信息检索和共享方面本质上是不结构化的。在当前网络的通信方式中,终端节点可以从整个网络中获取信息和内容。在以社交为中心的网络中,与信息主题相关的信息很可能在社区网络内得到传播和共享,社区网络成员可以更高效、更快速地获取与社区相关的信息。我们相信,以社交为中心的网络模式将是未来通信的基本原则。在本文中,我们提出了一个以社会为中心的网络架构,利用多个网络结构。我们的目标之一是消除由于当前网络结构与现实世界人际关系和社区结构之间的差距而导致的信息传播效率低下。我们还提出了一个概念验证模型来评估考虑节点工作量的信息扩散效率。然后通过数学分析和仿真结果证明了负载平衡和信息检索效率的提高。
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