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Daily Arxiv

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Leveraging Large Language Models for Multi-Class and Multi-Label Detection of Drug Use and Overdose Symptoms on Social Media

Created by
  • Haebom

Author

Muhammad Ahmad, Fida Ullah, Muhammad Usman, Umyh Habiba, ldar Batyrshin, Grigori Sidorov

Outline

This paper addresses the serious global health problem of drug overdose due to the misuse of opioids, analgesics, and psychiatric drugs. To overcome the limitations of existing research methods, we utilize real-time reported drug use and overdose symptom information from social media. The main content is to propose an AI-based NLP framework based on social media data, and to apply traditional ML models, neural networks, and advanced transformer-based models to detect drug and related overdose symptoms through a hybrid annotation strategy using LLM and human annotators. As a result, we achieve 98% accuracy in multi-class classification and 97% in multi-label classification, which is up to 8% better performance than the baseline model. This demonstrates the potential of AI to support public health surveillance and personalized intervention strategies.

Takeaways, Limitations

Takeaways:
By demonstrating high accuracy of AI-based drug overdose detection system utilizing social media data, it can contribute to improving public health surveillance and intervention strategies.
Presenting the potential application of AI-based NLP technology to solving public health problems.
It suggests the possibility of rapid response and personalized intervention through real-time data analysis.
Limitations:
Issues with bias and reliability of social media data (e.g., inaccuracy of self-reported data, overrepresentation of certain groups, etc.).
Lack of detailed description of hybrid annotation strategy of LLM and human annotators.
Further research is needed on the model's generalization performance and applicability to various social media platforms.
Lack of sufficient discussion of ethical issues (personal information, data privacy, etc.).
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