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Target-Augmented Shared Fusion-based Multimodal Sarcasm Explanation Generation

Computer Science

Target-Augmented Shared Fusion-based Multimodal Sarcasm Explanation Generation

P. Goel, D. S. Chauhan, et al.

Sarcasm often hides its target — and TURBO uncovers it. This study introduces TURBO, a Target-aUgmented shaRed fusion-Based sarcasm explanation model that leverages a novel shared-fusion mechanism to fuse image and caption and explicitly models the sarcasm target to generate clearer explanations. Evaluated on MORE+, TURBO outperforms baselines by an average +3.3%, and human assessments find its explanations superior; the authors also examine LLMs in zero/one-shot settings and note their limitations. This research was conducted by Palaash Goel, Dushyant Singh Chauhan, and Md Shad Akhtar.... show more
Abstract
Sarcasm is a linguistic phenomenon that intends to ridicule a target (e.g., entity, event, or person) in an inherent way. Multimodal Sarcasm Explanation (MuSE) aims at revealing the intended irony in a sarcastic post using a natural language explanation. Though important, existing systems overlooked the significance of the target of sarcasm in generating explanations. In this paper, we propose a Target-aUgmented shaRed fusion-Based sarcasm explanation model, aka. TURBO. We design a novel shared-fusion mechanism to leverage the inter-modality relationships between an image and its caption. TURBO assumes the target of the sarcasm and guides the multimodal shared fusion mechanism in learning intricacies of the intended irony for explanations. We evaluate our proposed TURBO model on the MORE+ dataset. Comparison against multiple baselines and state-of-the-art models signifies the performance improvement of TURBO by an average margin of +3.3%. Moreover, we explore LLMs in zero and one-shot settings for our task and observe that LLM-generated explanation, though remarkable, often fails to capture the critical nuances of the sarcasm. Furthermore, we supplement our study with extensive human evaluation on TURBO's generated explanations and find them out to be comparatively better than other systems.
Publisher
Findings of the Association for Computational Linguistics: NAACL 2025
Published On
Authors
Palaash Goel, Dushyant Singh Chauhan, Md Shad Akhtar
Tags
Multimodal Sarcasm Explanation
Sarcasm Target Detection
Shared Fusion Mechanism
TURBO model
MORE+ dataset
LLM zero/one-shot evaluation
Human evaluation
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