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Approximating Graphs by Graphs and Functions

机译:通过图形和函数近似图形

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摘要

In many areas of science huge networks (graphs) are central objects of study: the internet, the brain, various social networks, VLSI, statistical physics. To study these graphs, new paradigms are needed: What are meaningful questions to ask? When are two huge graphs “similar”? How to “scale down” these graphs without changing their fundamental structure and algorithmic properties? How to generate random examples with the desired properties? A reasonably complete answer can be given in the case when the huge graphs are dense (in the more difficult case of sparse graphs there are only partial results).
机译:在许多科学领域庞大的网络(图表)是学习的中央对象:互联网,大脑,各种社交网络,VLSI,统计物理。要研究这些图表,需要新的范式:询问有意义的问题是什么?什么时候是两个巨大的图表“类似”?如何“缩小”这些图形而不改变其基本结构和算法属性?如何生成具有所需属性的随机示例?在巨大的图形是密集的情况下,可以给出合理完整的答案(在稀疏图的较难的情况下只有部分结果)。

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