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Two Decades of Network Science: as seen through the co-authorship network of network scientists

机译:网络科学两个十年:通过网络科学家的合著网络可以看出

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Complex networks have attracted a great deal of research interest in the last two decades since Watts & Strogatz, Barabási & Albert and Girvan & Newman published their highly-cited seminal papers on small-world networks, on scale-free networks and on the community structure of complex networks, respectively. These fundamental papers initiated a new era of research establishing an interdisciplinary field called network science. Due to the multidisciplinary nature of the field, a diverse but not divided network science community has emerged in the past 20 years. This paper honors the contributions of network science by exploring the evolution of this community as seen through the growing co-authorship network of network scientists (here the notion refers to a scholar with at least one paper citing at least one of the three aforementioned milestone papers). After investigating various characteristics of 29,528 network science papers, we construct the co-authorship network of 52,406 network scientists and we analyze its topology and dynamics. We shed light on the collaboration patterns of the last 20 years of network science by investigating numerous structural properties of the co-authorship network and by using enhanced data visualization techniques. We also identify the most central authors, the largest communities, investigate the spatiotemporal changes, and compare the properties of the network to scientometric indicators.
机译:自Watts&Strogatz,Barabási和Albert和Girvan&Newman发表了有关小世界网络,无标度网络和社区结构的引人注目的开创性论文以来,过去二十年来,复杂网络吸引了许多研究兴趣。分别为复杂的网络。这些基础论文开创了研究的新纪元,建立了一个称为网络科学的跨学科领域。由于该领域的多学科性质,在过去的20年中出现了一个多元化但没有分化的网络科学界。本文通过探索不断发展的网络科学家共同作者网络来探索该社区的发展,从而表彰网络科学的贡献(此处的概念指的是学者,至少有一篇论文引用了上述三篇里程碑论文中的至少一篇) )。在研究了29528篇网络科学论文的各种特征之后,我们构建了52406篇网络科学家的合著者网络,并分析了其拓扑和动态。通过研究合著者网络的众多结构特性并使用增强的数据可视化技术,我们揭示了网络科学最近20年的协作模式。我们还将确定最核心的作者,最大的社区,调查时空变化,并将网络的属性与科学计量指标进行比较。

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