Proceedings of the Nineteenth ACM Conference on Hypertext and Hypermedia 2008
DOI: 10.1145/1379092.1379109
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An epistemic dynamic model for tagging systems

Abstract: In recent literature, several models were proposed for reproducing and understanding the tagging behavior of users. They all assume that the tagging behavior is influenced by the previous tag assignments of other users. But they are only partially successful in reproducing characteristic properties found in tag streams. We argue that this inadequacy of existing models results from their inability to include user's background knowledge into their model of tagging behavior. This paper presents a generative taggi… Show more

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Cited by 48 publications
(36 citation statements)
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“…Several researchers have taken these opportunities to study tag frequency distribution at different levels. Most researchers who examined the distribution of tag frequencies for a given resource (DELLSCHAFT; STAAB, 2008;GOLDER;HUBERMAN, 2006;GUY;TONKIN, 2006;ROBU;SHEPHERD, 2007) find that the distribution looks like a power law curve, which means that there is usually a small number of tags that are extremely popular at the beginning of the distribution, followed by a sharp drop and a long tail of tags that have been applied very rarely. Levy and Sandler (2009) also detect the same type of distribution when examining tag frequencies at the database level in Last.fm and MyStrands.…”
Section: Social Tag Frequency Distributionmentioning
confidence: 99%
“…Several researchers have taken these opportunities to study tag frequency distribution at different levels. Most researchers who examined the distribution of tag frequencies for a given resource (DELLSCHAFT; STAAB, 2008;GOLDER;HUBERMAN, 2006;GUY;TONKIN, 2006;ROBU;SHEPHERD, 2007) find that the distribution looks like a power law curve, which means that there is usually a small number of tags that are extremely popular at the beginning of the distribution, followed by a sharp drop and a long tail of tags that have been applied very rarely. Levy and Sandler (2009) also detect the same type of distribution when examining tag frequencies at the database level in Last.fm and MyStrands.…”
Section: Social Tag Frequency Distributionmentioning
confidence: 99%
“…Twitter provides a useful set of distinctions because the ways tags can be used are differently constrained. Dellschaft and Staab [4] looked at tag stream data and ranked tags by frequency of use to understand how individual users made tag selections. It is uncommon for a tweet to be assigned more than one tag, so we do not compare tag co-occurrence; instead, we look at tag selection from a social context since Twitter users are influenced by the tags used by people in their network or from lists of trending topics, when they choose tags according to the 'Imitation' model proposed by Dellschaft and Staab.…”
Section: Related Workmentioning
confidence: 99%
“…A research stream related to collaborative tagging is concerned about viewing social tags as indexing terms, including the analysis of tags in syntactic structure, linguistic function, etc (Kipp & Campbell, 2006;Spiteri, 2007), the examination of tags across different tagging systems (Heckner, Muhlbacher, & Wolff, 2007), and the attempt to link tags to controlled vocabularies such as Library of Congress Subject Headings (Yi & Chan, 2009). Some theoretic models were attempts to describe social tagging activities: basic Polya Urn model (Golder & Huberman, 2006) for tag generation, YuleSimon model (Cattuto, Baldassarri, Servedio, & Loreto, 2007) for the growth of tags, and power law (Dellschaft & Staab, 2008) for tag frequency-rank distribution. Nevertheless, there are only a few studies, including (Yi, 2009a), that attempt to directly quantify and measure the value of social tags as indexing terms.…”
Section: Related Workmentioning
confidence: 99%