“Laughing at you or with you”: The Role of Sarcasm in Shaping the Disagreement Space
42644Authors
nan
Abstract
AbstractDetecting arguments in online interactions is useful to understand how conflicts arise and get resolved. Users often use figurative language, such as sarcasm, either as persuasive devices or to attack the opponent by an ad hominem argument. To further our understanding of the role of sarcasm in shaping the disagreement space, we present a thorough experimental setup using a corpus annotated with both argumentative moves (agree/disagree) and sarcasm. We exploit joint modeling in terms of (a) applying discrete features that are useful in detecting sarcasm to the task of argumentative relation classification (agree/disagree/none), and (b) multitask learning for argumentative relation classification and sarcasm detection using deep learning architectures (e.g., dual Long Short-Term Memory (LSTM) with hierarchical attention and Transformer-based architectures). We demonstrate that modeling sarcasm improves the argumentative relation classification task (agree/disagree/none) in all setups.
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Proceedings of the 16th Conference of the European Chapter of the Association for Computational Linguistics, pages 1998–2010 April 19 - 23, 2021. ©2021 Association for Computational Linguistics 1998 “Laughing at you or with you”: The Role of Sarcasm in Shaping the Disagreement Space Debanjan Ghosh∗1 Ritvik Shrivastava∗2, 3 Smaranda Muresan3 1Educational Testing Service 2MindMeld, Cisco Systems 3Data Science Institute, Columbia University dghosh@ets.org, ritvshri@cisco.com, {rs3868, smara}@columbia.edu Abstract Detecting arguments in online interactions is useful to understand how conflicts arise and get resolved. Users often use figura- tive language, such as sarcasm, either as per- suasive devices or to attack the opponent by an ad hominem argument. To further our understanding of the role of sarcasm in shaping the disagreement space, we present a thorough experimental setup using a cor- pus annotated with both argumentative moves (agree/disagree) and sarcasm. We exploit joint modeling in terms of (a) applying discrete features that are useful in detecting sarcasm to the task of argumentative relation classi- fication (agree/disagree/none), and (b) multi- task learning for argumentative relation clas- sification and sarcasm detection using deep learning architectures (e.g., dual Long Short- Term Memory (LSTM) with hierarchical atten- tion and Transformer-based architectures). We demonstrate that modeling sarcasm improves the argumentative relation classification task (agree/disagree/none) in all setups. 1 Introduction User-generated conversational data such as dis- cussion forums provide a wealth of naturally oc- curring arguments. The ability to automatically detect and classify argumentative relations (e.g., agree/disagree) in threaded discussions is useful to understand how collective opinions form, how conflict arises and is resolved (van Eemeren et al., 1993; Abbott et al., 2011; Walker et al., 2012b; Misra and Walker, 2013; Ghosh et al., 2014; Rosen- thal and McKeown, 2015; Stede and Schneider, 2018). Linguistic and argumentation theories have thoroughly studied the use of sarcasm in argumen- tation, including its effectiveness as a persuasive device or as a means to express an ad hominem ∗Equal Contribution. Arg. Rel. Turn Pairs Prior Turn: Today, no informed creationist would deny natural selection. Agree Current Turn: Seeing how this was pro- posed over a century and a half ago by Dar- win, what took the creationists so long to catch up? Prior Turn: Personally I wouldn’t own a gun for self defense because I am just not that big of a sissy. Disagree Current Turn: Because taking responsibil- ity for ones own safety is certainly a sissy thing to do? Prior Turn: I’m not surprised that no one on your side of the debate would correct you, but wolves and dogs are both members of the same species. The Canid species. Current Turn: Wow, you ’re even wrong when you get away from your precious Bible and try to sound scientific. Prior Turn: The hand of God kept me from serious harm. Maybe He has a plan for me. None Current Turn: You better hurry up . Are n’t you like 113 years old. Table 1: Sarcastic turns that disagree, agree or have no argumentative relation with their prior turns. fallacy (attacking …
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Labeled Text
AbstractDetecting arguments in online interactions is useful to understand how conflicts arise and get resolved. Users often use figurative language, such as sarcasm, either as persuasive devices or to attack the opponent by an ad hominem argument. To further our understanding of the role of sarcasm in shaping the disagreement space, we present a thorough experimental setup using a corpus annotated with both argumentative moves (agree/disagree) and sarcasm. We exploit joint modeling in terms of (a) applying discrete features that are useful in detecting sarcasm to the task of argumentative relation classification (agree/disagree/none), and (b) multitask learning for argumentative relation classification and sarcasm detection using deep learning architectures (e.g., dual Long Short-Term Memory (LSTM) with hierarchical attention and Transformer-based architectures). We demonstrate that modeling sarcasm improves the argumentative relation classification task (agree/disagree/none) in all setups.
Publication Details
- Paper ID:
- 42644
- Year:
- 2021
- Publication:
- TIPSTER
- Publication Type:
- conf
- DOI:
- nan