Where Streams of Knowledge Converge: Constructing and Optimizing a Hierarchical Intelligent Question-Answering System for Agriculture

TheWith the enhanced use artificial intelligence innovation in farming, it is progressively important to create an intelligent Q&A system with the ability of addressing complicated farming problems. In this paper, we present an intelligent Q&A system for agriculture that incorporates knowledge graph and hierarchical reinforcement learning strategies, in order to boost efficiency through much deeper semantic understanding and even more accurate decision support. The system combines farming data in a detailed knowledge graph, then makes use of hierarchical reinforcement learning to maximize answer generation processes that fulfill transforming farming Q&A requirements. Experimental outcomes demonstrate that this system performs very well in question answering for numerous farming fields, not just enhancing accuracy and importance of solutions yet also efficiently mitigating illusionary impacts usual to large-scale language models consequently substantially increasing user satisfaction

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Publication Details

Published
2025-04-11
DOI
https://doi.org/10.1109/ainit65432.2025.11035993
Primary Topic
Educational Technology and Assessment
Type
article
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Where Streams of Knowledge Converge: Constructing and Optimizing a Hierarchical Intelligent Question-Answering System for Agriculture

Jun Ling, Yansu Wang, Rongsheng Zhu, Zhenbang Hu et al.
Educational Technology and Assessment
article

Where Streams of Knowledge Converge: Constructing and Optimizing a Hierarchical Intelligent Question-Answering System for Agriculture

Jun Ling, Yansu Wang, Rongsheng Zhu, Zhenbang Hu, Xiang Qiu, Maoyang Wang, Pengsheng Qiao
article en

Abstract

TheWith the enhanced use artificial intelligence innovation in farming, it is progressively important to create an intelligent Q&A system with the ability of addressing complicated farming problems. In this paper, we present an intelligent Q&A system for agriculture that incorporates knowledge graph and hierarchical reinforcement learning strategies, in order to boost efficiency through much deeper semantic understanding and even more accurate decision support. The system combines farming data in a detailed knowledge graph, then makes use of hierarchical reinforcement learning to maximize answer generation processes that fulfill transforming farming Q&A requirements. Experimental outcomes demonstrate that this system performs very well in question answering for numerous farming fields, not just enhancing accuracy and importance of solutions yet also efficiently mitigating illusionary impacts usual to large-scale language models consequently substantially increasing user satisfaction

Northeast Agricultural University (CN)
Zero hunger
Openalex Percentile: Top 79%
Educational Technology and Assessment
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