互联网的树宽和双曲性

F. D. Montgolfier, Mauricio Soto, L. Viennot
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引用次数: 66

摘要

我们根据两个图参数:树宽度和超曲线度来研究因特网的度量。两者都告诉我们图离树有多远。它们是根据CAIDA、DIMES、AQUALAB、UCLA、Rocket fuel和斯特拉斯堡大学在AS或路由器级别发布的互联网快照计算得出的。一方面,互联网的树宽度看起来相当大,在这方面离树很远,反映了某种高度的连通性。这证明了Internet中存在良好连接的核心。另一方面,超弧度(作为图参数)似乎非常低,反映了相对于距离的树状结构。此外,我们计算了经典互联网模型得到的树宽度和超弧度,并与快照进行了比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Treewidth and Hyperbolicity of the Internet
We study the measurement of the Internet according to two graph parameters: tree width and hyper bolicity. Both tell how far from a tree a graph is. They are computed from snapshots of the Internet released by CAIDA, DIMES, AQUALAB, UCLA, Rocket fuel and Strasbourg University, at the AS or at the router level. On the one hand, the tree width of the Internet appears to be quite large and being far from a tree with that respect, reflecting some high degree of connectivity. This proves the existence of a well linked core in the Internet. On the other hand, the hyper bolicity (as a graph parameter) appears to be very low, reflecting a tree-like structure with respect to distances. Additionally, we compute the tree width and hyper bolicity obtained for classical Internet models and compare with the snapshots.
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