Research on Tibetan medicine intelligent question answering system integrating confrontation training and reinforcement learning

Andi Dong, Chao Wang, Pan Tong, Dan Yang, Cuo Yong
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Abstract

In this study, a knowledge graph (KG) based Tibetan medicine intelligent question answering (QA) system model was proposed based on an adversarial learning generative network model, in an attempt to alleviate the scarcity of medical resources, promote the heritage and innovation of Tibetan medicine, and ease the shortage of Tibetan medical information. In this model, the simulated answers were generated via adversarial learning, and subsequently the reinforcement learning was applied for feedback-based optimization, with the ultimate aim of enhancing the accuracy rate of this model. Besides, a triple extraction method based on Tibetan features was proposed to construct a KG dialog set. Finally, this model was subjected to an experiment in Chinese and Tibetan datasets, with the results indicating that the accuracy of this intelligent QA model incorporating adversarial networks and reinforcement learning was higher than other models.
融合对抗训练与强化学习的藏医智能问答系统研究
本研究基于一种对抗学习生成网络模型,提出了一种基于知识图(KG)的藏医智能问答(QA)系统模型,以期缓解医疗资源的稀缺,促进藏医的传承与创新,缓解藏医信息的短缺。在该模型中,通过对抗性学习生成模拟答案,然后应用强化学习进行基于反馈的优化,最终提高模型的准确率。在此基础上,提出了一种基于藏语特征的三重提取方法来构建KG对话集。最后,该模型在中文和藏文数据集上进行了实验,结果表明,结合对抗网络和强化学习的智能QA模型的准确性高于其他模型。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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