Design and Evaluation of Knowledge-Distilled LLM for Improving the Efficiency of School Administrative Document Processing

This study proposed OP-LLM-SA, a knowledge distillation-based lightweight model, for building an on-premise AI system for public documents, and evaluated its performance based on 80 public documents. The token accuracy was 92.36%, and the complete sentence rate was 97.19%, showing meaningful results compared to the original documents. During inference, the GPU environment required only about 4.5 GB, indicating that the model can be used on general office computers, and Llama-3.2’s Korean language support model showed the best performance among the LLMs. This study is significant in that it proposes a system that can efficiently process public documents in an on-premise environment. In particular, it is expected to be helpful for teachers who are burdened with processing public documents. In the future, we plan to conduct research to expand the scope of application of text mining technology to various administrative document processing environments that handle public documents and personal information, as well as school administration.

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Publication Details

Journal
Electronics
Published
2025-09-29
DOI
https://doi.org/10.3390/electronics14193860
Primary Topic
Cloud Computing and Resource Management
Type
article
Field-Weighted Citation Impact
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article

Design and Evaluation of Knowledge-Distilled LLM for Improving the Efficiency of School Administrative Document Processing

Yang‐Hee Hong
Electronics
Cloud Computing and Resource Management
article

Design and Evaluation of Knowledge-Distilled LLM for Improving the Efficiency of School Administrative Document Processing

Yang‐Hee Hong
article en

Abstract

This study proposed OP-LLM-SA, a knowledge distillation-based lightweight model, for building an on-premise AI system for public documents, and evaluated its performance based on 80 public documents. The token accuracy was 92.36%, and the complete sentence rate was 97.19%, showing meaningful results compared to the original documents. During inference, the GPU environment required only about 4.5 GB, indicating that the model can be used on general office computers, and Llama-3.2’s Korean language support model showed the best performance among the LLMs. This study is significant in that it proposes a system that can efficiently process public documents in an on-premise environment. In particular, it is expected to be helpful for teachers who are burdened with processing public documents. In the future, we plan to conduct research to expand the scope of application of text mining technology to various administrative document processing environments that handle public documents and personal information, as well as school administration.

ElectronicsVol. 14(19)
Chungnam National University (KR)
Openalex Percentile: Top 61%
Cloud Computing and Resource Management
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