\"Uber die Klassifizierung von Knoten in dynamischen Netzwerken mit Inhalt
Martin Thoma

TL;DR
This paper explains the DYCOS algorithm for classifying nodes in dynamic graphs using structure and content, highlighting its efficiency and potential extensions based on the original 2011 work by Aggarwal and Li.
Contribution
It provides a detailed explanation of the DYCOS algorithm, reviews its experimental performance, and proposes extensions to improve its capabilities.
Findings
DYCOS classifies nodes efficiently on large graphs within minutes.
The algorithm effectively uses graph structure and node content for classification.
Extensions to DYCOS are proposed to enhance its performance and applicability.
Abstract
This paper explains the DYCOS-Algorithm as it was introduced in by Aggarwal and Li in 2011. It operates on graphs whichs nodes are partially labeled and automatically adds missing labels to nodes. To do so, the DYCOS algorithm makes use of the structure of the graph as well as content which is assigned to the node. Aggarwal and Li measured in an experimental analysis that DYCOS adds the missing labels to a Graph with 19396 nodes of which 14814 are labeled and another Graph with 806635 nodes of which 18999 are labeld on one core of an Intel Xeon 2.5 GHz CPU with 32 G RAM within less than a minute. Additionally, extensions of the DYCOS algorithm are proposed. ----- In dieser Arbeit wird der DYCOS-Algorithmus, wie er 2011 von Aggarwal und Li vorgestellt wurde, erkl\"art. Er arbeitet auf Graphen, deren Knoten teilweise mit Beschriftungen versehen sind und erg\"anzt automatisch…
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Taxonomy
TopicsMathematical Dynamics and Fractals · Advanced Numerical Analysis Techniques
