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Large Language Models in the Task of Automatic Validation of Text Classifier Predictions

Created by
  • Haebom

Author

Aleksandr Tsymbalov, Mikhail Khovrichev

Outline

This paper proposes a solution to the challenges of data collection and cost, which rely on human annotators for training and validating machine learning models for text classification. Existing methods rely on manual labeling by experts, which is time-consuming and expensive. Furthermore, this approach incurs ongoing costs, especially when model retraining is required (data/model changes). Therefore, this paper proposes several approaches that utilize large-scale language models (LLMs) to validate the predictive accuracy of classifiers. This approach replaces human annotators, ensures model quality, and supports high-quality incremental learning.

Takeaways, Limitations

Takeaways:
Large-scale language models can be leveraged to improve the efficiency of data collection and validation processes for text classification models.
Reduce the cost of developing and maintaining text classification models by reducing labor costs and data collection time.
It can contribute to building a high-quality progressive learning pipeline.
Automated validation systems utilizing LLM can improve model accuracy and reliability.
Limitations:
Because the accuracy of the LLM output is highly dependent, limitations of the LLM itself may affect the model's performance.
Further research and validation are needed to determine the reliability and accuracy of the LLM-based verification method.
The use of LLM may incur additional computational costs and resource consumption.
There is a possibility that LLM may perform poorly for certain domains or special text types.
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