Adding semantics to microblog posts
|Adding semantics to microblog posts|
|Author(s)||Meij E., Weerkamp W., De Rijke M.|
|Published in||WSDM 2012 - Proceedings of the 5th ACM International Conference on Web Search and Data Mining|
|Keyword(s)||Algorithms, Experimentation, Measurement, Performance (Extra: Experimentation, Manual inspection, Micro-blog, Non-trivial, On-machines, Performance, Reputation management, Social media, Test Collection, Wikipedia, Algorithms, Data mining, Information retrieval, Measurements, Websites, Semantics)|
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Adding semantics to microblog posts is a 2012 conference paper written in English by Meij E., Weerkamp W., De Rijke M. and published in WSDM 2012 - Proceedings of the 5th ACM International Conference on Web Search and Data Mining.
Microblogs have become an important source of information for the purpose of marketing, intelligence, and reputation management. Streams of microblogs are of great value because of their direct and real-time nature. Determining what an individual microblog post is about, however, can be non-trivial because of creative language usage, the highly contextualized and informal nature of microblog posts, and the limited length of this form of communication. We propose a solution to the problem of determining what a microblog post is about through semantic linking: we add semantics to posts by automatically identifying concepts that are semantically related to it and generating links to the corresponding Wikipedia articles. The identified concepts can subsequently be used for, e.g., social media mining, thereby reducing the need for manual inspection and selection. Using a purpose-built test collection of tweets, we show that recently proposed approaches for semantic linking do not perform well, mainly due to the idiosyncratic nature of microblog posts. We propose a novel method based on machine learning with a set of innovative features and show that it is able to achieve significant improvements over all other methods, especially in terms of precision. Copyright 2012 ACM.
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