Proceedings of TextGraphs-11: The Workshop on Graph-Based Methods For Natural Language Processing 2017
DOI: 10.18653/v1/w17-2401
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On the "Calligraphy" of Books

Abstract: Authorship attribution is a natural language processing task that has been widely studied, often by considering small order statistics. In this paper, we explore a complex network approach to assign the authorship of texts based on their mesoscopic representation, in an attempt to capture the flow of the narrative. Indeed, as reported in this work, such an approach allowed the identification of the dominant narrative structure of the studied authors. This has been achieved due to the ability of the mesoscopic … Show more

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Cited by 4 publications
(3 citation statements)
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“…In [10], for example, the authors apply image analysis techniques to network visualizations in order to extract topological features of the mesoscopic networks to tackle the authorship recognition problem. Still in the context of this problem, in [21], the authors make use of the ability of the mesoscopic network to capture a narrative's story flow and, hence, the author's "calligraphy". Finally, in [6], the mesoscopic networks are used to study and analyze texts while considering the overall narrative and its unfolding along time.…”
Section: B From Texts To Networkmentioning
confidence: 99%
“…In [10], for example, the authors apply image analysis techniques to network visualizations in order to extract topological features of the mesoscopic networks to tackle the authorship recognition problem. Still in the context of this problem, in [21], the authors make use of the ability of the mesoscopic network to capture a narrative's story flow and, hence, the author's "calligraphy". Finally, in [6], the mesoscopic networks are used to study and analyze texts while considering the overall narrative and its unfolding along time.…”
Section: B From Texts To Networkmentioning
confidence: 99%
“…Finally, unweighted networks can be obtained following specific processes. For instance, the edges with the lowest weights can be removed in order to obtain a fixed percentage of edges or to reach a given average degree (ARRUDA et al, 2017;MARINHO et al, 2017). Figure 7-e shows the obtained unweighted network with average degree equals to 2.…”
Section: Mesoscopic Networkmentioning
confidence: 99%
“…• Marinho, V. Q., de Arruda, H. F., Lima, T. S., Costa, L. da F., Amancio, D. R. (2017). In addition, the following publications were developed in collaboration with other researchers:…”
Section: Publicationsmentioning
confidence: 99%