Sci-LoRA: Mixture of Scientific LoRAs for Cross-Domain Lay Paraphrasing

Lay paraphrasing aims to make scientific information accessible to audiences without technical backgrounds.However, most existing studies focus on a single domain, such as biomedicine.With the rise of interdisciplinary research, it is increasingly necessary to comprehend knowledge spanning multiple technical fields.To address this, we propose Sci-LoRA, a model that leverages a mixture of LoRAs finetuned on multiple scientific domains.In particular, Sci-LoRA dynamically generates and applies weights for each LoRA, enabling it to adjust the impact of different domains based on the input text, without requiring explicit domain labels.To balance domain-specific knowledge and generalization across various domains, Sci-LoRA integrates information at both the data and model levels.This dynamic fusion enhances the adaptability and performance across various domains.Experimental results across twelve domains on five public datasets show that Sci-LoRA significantly outperforms state-of-the-art large language models and demonstrates flexible generalization and adaptability in cross-domain lay paraphrasing.

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Published
2025-01-01
DOI
https://doi.org/10.18653/v1/2025.findings-acl.953
Primary Topic
Natural Language Processing Techniques
Type
article
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article

Sci-LoRA: Mixture of Scientific LoRAs for Cross-Domain Lay Paraphrasing

Hoda Eldardiry, Jiaying Gong, Ming Cheng
Natural Language Processing Techniques
article

Sci-LoRA: Mixture of Scientific LoRAs for Cross-Domain Lay Paraphrasing

Hoda Eldardiry, Jiaying Gong, Ming Cheng
article en

Abstract

Lay paraphrasing aims to make scientific information accessible to audiences without technical backgrounds.However, most existing studies focus on a single domain, such as biomedicine.With the rise of interdisciplinary research, it is increasingly necessary to comprehend knowledge spanning multiple technical fields.To address this, we propose Sci-LoRA, a model that leverages a mixture of LoRAs finetuned on multiple scientific domains.In particular, Sci-LoRA dynamically generates and applies weights for each LoRA, enabling it to adjust the impact of different domains based on the input text, without requiring explicit domain labels.To balance domain-specific knowledge and generalization across various domains, Sci-LoRA integrates information at both the data and model levels.This dynamic fusion enhances the adaptability and performance across various domains.Experimental results across twelve domains on five public datasets show that Sci-LoRA significantly outperforms state-of-the-art large language models and demonstrates flexible generalization and adaptability in cross-domain lay paraphrasing.

Virginia Tech (US)
Zero hunger
Openalex Percentile: Top 90%
Natural Language Processing Techniques
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