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References (55)
[3]
Social media use and roles of self-objectification, self-compassion and body image concerns: a systematic review
Founder's Pitch
"Develop a tool to fine-tune social media platforms' sexist content detection using FineMuSe, a multimodal dataset for fine-grained analysis."
Commercial Viability Breakdown
0-10 scaleHigh Potential
2/4 signals
Quick Build
4/4 signals
Series A Potential
2/4 signals
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Why It Matters
This research breaks the limitations of binary sexism classification, allowing for more nuanced detection which is essential in tackling the complex manifestations of sexist content online.
Product Angle
Leverage the FineMuSe dataset to develop a commercial API or software tool that integrates with social media platforms, enhancing their content moderation capabilities with fine-grained sexism detection.
Disruption
This approach could replace basic moderation tools that currently rely on binary metrics, offering a detailed understanding of content to better align with community standards.
Product Opportunity
The market for social media content moderation is growing as platforms seek to improve user experience by filtering harmful content. Companies managing social media sites pay for advanced moderation tools.
Use Case Idea
Create a content moderation API for social media platforms to automatically detect and classify sexism with fine-grained distinctions, improving content filtering systems.
Science
The paper introduces FineMuSe, a multimodal dataset with binary and fine-grained annotations of sexism in Spanish social media videos. It evaluates various LLMs on this dataset to detect fine-grained sexism using text, audio, and video modalities.
Method & Eval
The study utilized multimodal LLMs to annotate and classify sexist content in social media videos, comparing machine learning outputs with human annotations to assess accuracy in detecting subtle forms of sexism.
Caveats
The dataset and models may not generalize across different languages or cultural contexts beyond Spanish content, potentially limiting the tool's broader application.
Author Intelligence
Laura De Grazia
CLiC–Language and Computing Center, University of Barcelona
lauradegrazia@ub.edu
Danae Sánchez Villegas
Department of Computer Science, University of Copenhagen
davi@di.ku.dk
Desmond Elliott
Department of Computer Science, University of Copenhagen
de@di.ku.dk
Mireia Farrús
CLiC–Language and Computing Center, University of Barcelona
mfarrus@ub.edu
Mariona Taulé
CLiC–Language and Computing Center, University of Barcelona
mtaule@ub.edu