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Journal of Intelligent Information Systems

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01-06-2014

Exploiting the wisdom of social connections to make personalized recommendations on scholarly articles

Authors: Maria Soledad Pera, Yiu-Kai Ng

Published in: Journal of Intelligent Information Systems | Issue 3/2014

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Abstract

Existing scholarly publication recommenders were designed to aid researchers, as well as ordinary users, in discovering pertinent literature in diverse academic fields. These recommenders, however, often (i) depend on the availability of users’ historical data in the form of ratings or access patterns, (ii) generate recommendations pertaining to users’ (articles included in their) profiles, as oppose to their current research interests, or (iii) fail to analyze valuable user-generated data at social sites that can enhance their performance. To address these design issues, we propose PReSA, a personalized recommender on scholarly articles. PReSA recommends articles bookmarked by the connections of a user U on a social bookmarking site that are not only similar in content to a target publication P currently of interest to U but are also popular among U’s connections. PReSA (i) relies on the content-similarity measure to identify potential academic publications to be recommended and (ii) uses only information readily available on popular social bookmarking sites to make recommendations. Empirical studies conducted using data from CiteULike have verified the efficiency and effectiveness of (the recommendation and ranking strategies of) PReSA, which outperforms a number of existing (scholarly publication) recommenders.

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See wiki.citeulike.org/index.php/Social_Features for all the social features offered by CiteULike.

Words in the Wikipedia documents were stemmed after all the stopwords were removed. From now on, unless stated otherwise, (key)words/tags refer to non-stop, stemmed (key)words/tags.

A blocking strategy is a filtering technique that reduces the potentially very large number of comparisons to be made among records, i.e., publications in CiteULike in our case.

The implementation of S V M ^rank is available at cs.cornell.edu/people/tj/svm_light/svm_rank.html.

We have empirically established that, on the average, it takes 4 seconds to train the RankSVM using 11,000 training instances to determine the weight of each measure employed by PReSA for ranking candidate publications. The training instances do not overlap with the dataset described in Section 4.1, which is used to assess the overall performance of PReSA.

I D C G _10,i is computed as D C G _10,i using an ideal ranking such that the recommendations are arranged in descending order of their relevant judgment scores in the ranking.

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Title: Exploiting the wisdom of social connections to make personalized recommendations on scholarly articles
Authors: Maria Soledad Pera
Yiu-Kai Ng
Publication date: 01-06-2014
Publisher: Springer US
Published in: Journal of Intelligent Information Systems / Issue 3/2014
Print ISSN: 0925-9902
Electronic ISSN: 1573-7675
DOI: https://doi.org/10.1007/s10844-013-0298-8

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