Herb-Know: Knowledge Enhanced Prescription Generation for Traditional Chinese Medicine.

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Abstract

Prescription generation of traditional Chinese medicine (TCM) is a meaningful and challenging problem. Previous researches mainly model the relationship between symptoms and herbal prescription directly. However, TCM practitioners often take herb effects into consideration when prescribing. Few works focus on fusing the external knowledge of herbs. In this paper, we explore how to generate a prescription with the knowledge of herb effects under the given symptoms. We propose Herb-Know, a sequence to sequence (seq2seq) model with pointer network, where the prescription is conditioned over two inputs (symptoms and pre-selected herb candidates). To the best of our knowledge, this is the first attempt to generate a prescription with a knowledge enhanced seq2seq model. The experimental results demonstrate that our method can make use of knowledge to generate informative and reasonable herbs, which outperforms other baseline models.

Chanjuan Li
Chanjuan Li
M.Sc Student

My research interests include NLP

Dayiheng Liu
Dayiheng Liu
Ph.D. Student

My name is Dayiheng Liu (刘大一恒).

Kexin Yang
Kexin Yang
Ph.D. Student

My research interests include Neural language generation and Non-autoregressive translation

Jiancheng Lv
Jiancheng Lv
Dean and professor of Computer Science of Sichuan University

My research interests include natural language processing, computer vision, industrial intelligence, smart medicine and smart cultural creation.

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