用大模型辅助标注,提升多模态数据处理效率与质量
Model-in-the-Loop (MILO): Accelerating Multimodal AI Data Annotation with LLMs
- 将大语言模型作为预标注和实时助手,协同人类标注员
- 实测可减少处理时间,提升数据质量与标注体验
- 提供可灵活调整的评估标准与细粒度反馈机制
AI训练数据需求激增使数据标注成为全球产业,但传统依赖人工的方式耗时、费力且质量不稳定。本文提出模型在环(MILO)框架,将AI/ML模型融入标注流程,通过大语言模型进行预标注和实时辅助,并设置对标注结果的评判机制,实现人机高效协作。三个关于多模态数据标注的实证研究证明,MILO能显著降低处理时间、提升数据质量并改善标注员体验。研究还引入可灵活调整的质量评估标准与细粒度反馈机制,适用于开放性标注任务。该框架有助于加速AI/ML发展,减少对纯人工标注的依赖,并促进人机价值观对齐。
原文摘要 · Abstract (English)
The growing demand for AI training data has transformed data annotation into a global industry, but traditional approaches relying on human annotators are often time-consuming, labor-intensive, and prone to inconsistent quality. We propose the Model-in-the-Loop (MILO) framework, which integrates AI/ML models into the annotation process. Our research introduces a collaborative paradigm that leverages the strengths of both professional human annotators and large language models (LLMs). By employing LLMs as pre-annotation and real-time assistants, and judges on annotator responses, MILO enables effective interaction patterns between human annotators and LLMs. Three empirical studies on multimodal data annotation demonstrate MILO's efficacy in reducing handling time, improving data quality, and enhancing annotator experiences. We also introduce quality rubrics for flexible evaluation and fine-grained feedback on open-ended annotations. The MILO framework has implications for accelerating AI/ML development, reducing reliance on human annotation alone, and promoting better alignment between human and machine values.
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