The following article (preprint) was recently shared on arXiv.
Title
How are Scientific Works Viewed
Authors
Ana C. M. Brito
University of São Paulo
Filipi N. Silva
Indiana University Network Science Institute
Henrique F. de Arruda
University of São Paulo
Cesar H. Comin
Federal University of São Carlos
Diego R. Amancio
University of São Paulo
Luciano da F. Costa
University of São Paulo
Source
via arXiv
Abstract
With the expansion of electronic publishing, a new dynamics of scientific articles dissemination was initiated. Nowadays, many works become widely disseminated even before publication, in the form of preprints. Another important new element concerns the visualizations of published articles. Thanks to the availability of respective data by some journals, it became possible to develop investigations on how papers are viewed along time, often before the first citations appear. This provides the main theme of the present work. Our research was initiated in observations that the view profiles along time tend to present a piecewise linear nature. A methodology was then delineated that in order to identify the main segments in the view profiles, which allowed to obtain several related measurements. In particular, we focused on the inclination and length of each subsequent segment. Basic statistics indicated that the inclination tends to decrease along subsequent segments, while the segment lengths resulted more stable. Complementary joint statistics analysis, considering pairwise correlations, provided further information, especially the tendency of highly inclined segments being followed by shorter ones. Another interesting finding relates to the observation that short segments tend to be followed by long segments with low inclination. Given that the joint densities suggested the presence of clusters, we proceeded to a respective systematic investigation. Three well-defined clusters were found, paving the way to cluster-specific modeling approaches. It was found that models incorporating joint dependencies between the properties of the segments provided the most accurate results among the considered alternatives. The several reported findings corroborate that the view profiles have intricate structure and tend to clusterize, suggesting correlate real-world mechanisms.
Direct to Full Text Article
32 pages; PDF.
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