Facebook Reactions as Controversy Proxies: Predictive Models over Italian News

Discussion on social media over controversial topics can easily escalate to harsh interactions. Being able to predict whether a certain post will be controversial, and what reactions it might give rise to, could help moderators provide a better experience for all users. We develop a battery of dista...

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Autores principales: Angelo Basile, Tommaso Caselli, Flavio Merenda, Malvina Nissim
Formato: article
Lenguaje:EN
Publicado: Accademia University Press 2018
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Acceso en línea:https://doaj.org/article/14545238b2ce416fa5799693fe1d6954
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spelling oai:doaj.org-article:14545238b2ce416fa5799693fe1d69542021-12-02T09:52:23ZFacebook Reactions as Controversy Proxies: Predictive Models over Italian News2499-455310.4000/ijcol.514https://doaj.org/article/14545238b2ce416fa5799693fe1d69542018-12-01T00:00:00Zhttp://journals.openedition.org/ijcol/514https://doaj.org/toc/2499-4553Discussion on social media over controversial topics can easily escalate to harsh interactions. Being able to predict whether a certain post will be controversial, and what reactions it might give rise to, could help moderators provide a better experience for all users. We develop a battery of distant supervised models that use Facebook reactions as proxies for predicting news controversy, building on the idea that controversy can be modeled via the entropy of the reaction distribution to a post. We create a Facebook-based corpus for the study of controversy in Italian, and test on it the validity of our approach as well as a series of controversy models. Results show that controversy and reactions can be modelled successfully at various degrees of granularity.Angelo BasileTommaso CaselliFlavio MerendaMalvina NissimAccademia University PressarticleSocial SciencesHComputational linguistics. Natural language processingP98-98.5ENIJCoL, Vol 4, Iss 2, Pp 73-89 (2018)
institution DOAJ
collection DOAJ
language EN
topic Social Sciences
H
Computational linguistics. Natural language processing
P98-98.5
spellingShingle Social Sciences
H
Computational linguistics. Natural language processing
P98-98.5
Angelo Basile
Tommaso Caselli
Flavio Merenda
Malvina Nissim
Facebook Reactions as Controversy Proxies: Predictive Models over Italian News
description Discussion on social media over controversial topics can easily escalate to harsh interactions. Being able to predict whether a certain post will be controversial, and what reactions it might give rise to, could help moderators provide a better experience for all users. We develop a battery of distant supervised models that use Facebook reactions as proxies for predicting news controversy, building on the idea that controversy can be modeled via the entropy of the reaction distribution to a post. We create a Facebook-based corpus for the study of controversy in Italian, and test on it the validity of our approach as well as a series of controversy models. Results show that controversy and reactions can be modelled successfully at various degrees of granularity.
format article
author Angelo Basile
Tommaso Caselli
Flavio Merenda
Malvina Nissim
author_facet Angelo Basile
Tommaso Caselli
Flavio Merenda
Malvina Nissim
author_sort Angelo Basile
title Facebook Reactions as Controversy Proxies: Predictive Models over Italian News
title_short Facebook Reactions as Controversy Proxies: Predictive Models over Italian News
title_full Facebook Reactions as Controversy Proxies: Predictive Models over Italian News
title_fullStr Facebook Reactions as Controversy Proxies: Predictive Models over Italian News
title_full_unstemmed Facebook Reactions as Controversy Proxies: Predictive Models over Italian News
title_sort facebook reactions as controversy proxies: predictive models over italian news
publisher Accademia University Press
publishDate 2018
url https://doaj.org/article/14545238b2ce416fa5799693fe1d6954
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AT flaviomerenda facebookreactionsascontroversyproxiespredictivemodelsoveritaliannews
AT malvinanissim facebookreactionsascontroversyproxiespredictivemodelsoveritaliannews
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