论文标题
在动态点对点网络中的一般性超管的性能
Performance of Generalized Hypercubes in Dynamic Peer-to-Peer Networks
论文作者
论文摘要
由于其广泛的应用，高度动态的对等网络变得非常重要。尽管提出许多结构来部署点对点网络，但HyperCube结构可以掌握研究人员的注意力，因为它们具有理想的特性。许多研究都考虑了研究二元高管。在本文中，我们研究了更广泛的高管拓扑，即概括性化的超管，并在动态网络中衡量它们在节点可以随时进入和离开网络的动态网络中的性能。开发了Python代码来模拟网络并可视化结果。除了高度柔韧性和可扩展性外，普遍的高管被证明比二进制高管具有较低的平均路径长度和较低的边缘密度。
Highly dynamic peer-to-peer networks are becoming very significant due to their wide range of applications. Although many structures were proposed to deploy peer-to-peer networks, hypercube structures could grasp the researchers' attention for study because of their desirable properties. A lot of studies have considered binary hypercubes for research. In this paper, we study more generalized topology of hypercubes, namely generalized hypercubes and measure their performance in dynamic networks where nodes can enter and leave the network at any time. Python code was developed to simulate the networks and visualize the results. In addition to being highly flexible and scalable, generalized hypercubes proved to have lower average path length and lower verge density than binary hypercubes.
