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This research tackles critical bottlenecks in multilingual sentiment analysis by generating synthetic data to reduce annotation costs and mitigate privacy risks without sacrificing accuracy. The study demonstrates that fine-tuned reasoners can match or exceed proprietary models on detecting customer distress in French, offering a scalable solution for sensitive domains like public transportation. By eliminating the need for raw user data exposure, this pipeline advances both the efficiency and ethical deployment of AI in social media monitoring.
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Model in Distress: Sentiment Analysis on French Synthetic Social Media

arXiv2 min read

arXiv:2604.18226v2 Announce Type: replace Abstract: Automated analysis of customer feedback on social media is hindered by three challenges: the high cost of annotated training data, the scarcity of evaluation sets, especially in multilingual settings, and privacy concerns that prevent data sharing and reproducibility. We address these issues by developing a generalizable synthetic data generation pipeline applied to a case study on customer distress detection in French public transportation. Our approach utilizes backtranslation with fine-tuned models to generate 1.7 million synthetic tweets from a small seed corpus, complemented by synthetic reasoning traces. We train 600M-parameter reasoners with English and French reasoning that achieve 77-79% accuracy on human-annotated evaluation data, matching or exceeding SOTA proprietary LLMs and specialized encoders. Beyond reducing annotation costs, our pipeline preserves privacy by eliminating the exposure of sensitive user data. Our methodology can be adopted for other use cases and languages.

Abstract:Automated analysis of customer feedback on social media is hindered by three challenges: the high cost of annotated training data, the scarcity of evaluation sets, especially in multilingual settings, and privacy concerns that prevent data sharing and reproducibility. We address these issues by developing a generalizable synthetic data generation pipeline applied to a case study on customer distress detection in French public transportation. Our approach utilizes backtranslation with fine-tuned models to generate 1.7 million synthetic tweets from a small seed corpus, complemented by synthetic reasoning traces. We train 600M-parameter reasoners with English and French reasoning that achieve 77-79% accuracy on human-annotated evaluation data, matching or exceeding SOTA proprietary LLMs and specialized encoders. Beyond reducing annotation costs, our pipeline preserves privacy by eliminating the exposure of sensitive user data. Our methodology can be adopted for other use cases and languages.

Computation and Language (cs.CL)

arXiv:2604.18226 [cs.CL]

(or arXiv:2604.18226v2 [cs.CL] for this version)

https://doi.org/10.48550/arXiv.2604.18226 Focus to learn more arXiv-issued DOI via DataCite

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