Patterns of Implicit and Non-follower Retweet Propagation: Investigating the Role of Applications and Hashtags


Azman, Norhidayah, Millard, David and Weal, Mark (2011) Patterns of Implicit and Non-follower Retweet Propagation: Investigating the Role of Applications and Hashtags. At Web Science 2011, Koblenz, Germany, 14 - 18 Jun 2011.

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Description/Abstract

Existing literature on retweets seems to focus mainly on retweets created using explicit, formal retweeting mechanisms, such as Twitter's own native retweet function, and the prefixing of the terms 'RT' or 'via' in front of copied tweets. However, retweets can also be made using implicit, informal mechanisms. These include tweet replies and other mechanisms, which use neither the native nor RT/via mechanisms, but their content and timelines suggest the likelihood of being a retweet. Moreover, retweets can also occur with or without a de�ned follower/following network path between a tweet originator and a retweeter. This paper presents an initial taxonomy of propagation based on seven different ways a tweet may spread: native, native non-follower, RT/Via, RT/Via non-follower, replies, non-follower replies and other implicit 'retweets'. An experiment has examined this new model, by investigating where tweets containing URLs from the domains of online petitions, charity fundraisers, news portals, and YouTube videos can be classi�ed into the seven di�erent categories. When including other implicit 'retweets', more than 50% of all the retweets found across all four domains were classi�ed as implicit retweets, while more than 79% of all retweets were made by non-followers. More work needs to be done on the composition of other implicit `retweets'. Initial investigations found hashtags in 99-100% of these tweets, suggesting that retweeting using conventional mechanisms may not be the main method that URLs get propagated across microblogs.

Item Type: Conference or Workshop Item (Poster)
Additional Information: Event Dates: 14th to 18th June,2011
Divisions: Faculty of Physical and Applied Science > Electronics and Computer Science > Web & Internet Science
Item ID: 272907
Date Deposited: 03 Oct 2011 13:45
Last Modified: 01 Mar 2012 12:34
Contributors: Azman, Norhidayah (Author)
Millard, David (Author)
Weal, Mark (Author)
Date: 2011
Additional Information: Event Dates: 14th to 18th June,2011
Status: Published
Further Information:Google Scholar
URI: http://eprints.soton.ac.uk/id/eprint/272907

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