Statistical inference on attributed random graphs: Fusion of graph features and content: An experiment on time series of Enron graphs
Fusion of information from graph features and content can provide superior inference for an anomaly detection task, compared to the corresponding content-only or graph feature-only statistics. In this paper, we design and execute an experiment on a time series of attributed graphs extracted from the Enron email corpus which demonstrates the benefit of fusion. The experiment is based on injecting a controlled anomaly into the real data and measuring its detectability.
Year of publication: |
2010
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Authors: | Priebe, Carey E. ; Park, Youngser ; Marchette, David J. ; Conroy, John M. ; Grothendieck, John ; Gorin, Allen L. |
Published in: |
Computational Statistics & Data Analysis. - Elsevier, ISSN 0167-9473. - Vol. 54.2010, 7, p. 1766-1776
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Publisher: |
Elsevier |
Keywords: | Time series analysis Clustering Metadata Feature representation Statistical methods Graph theory |
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