@@ -48,13 +48,13 @@ Data Source and Instruction Quantity Table:
| Total | 26294720 | 135108 | 135108 | 135108 |
## To Do List
Adopt a multi-task therapeutic decomposition strategy, based on multidisciplinary data such as internal medicine, gynecology, pediatrics, and orthopedics, to fine-tune the model with a domain-specific million-level instruct data.
Continuously iterate and update. Subsequent releases will include Li Shizhen, Wang Shuhe, Huangfu Mi, Sun Simiao, Ge Hong, and Qihuang version of the large language model for Traditional Chinese Medicine.
Explore efficient domain fine-tuning strategies.
- [ ] Adopt a multi-task therapeutic decomposition strategy, based on multidisciplinary data such as internal medicine, gynecology, pediatrics, and orthopedics, to fine-tune the model with a domain-specific million-level instruct data.
- [ ] Continuously iterate and update. Subsequent releases will include Li Shizhen, Wang Shuhe, Huangfu Mi, Sun Simiao, Ge Hong, and Qihuang version of the large language model for Traditional Chinese Medicine.
The Lora fine-tuning part of this project draws on the ideas of alpaca-lora and Chinese-Vicuna. We would like to express our gratitude to the members of the relevant research teams.
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@@ -67,14 +67,24 @@ This research is for academic research use only, commercial use is not allowed w
Data processing and annotation is one of the important steps in training the model. We sincerely welcome Traditional Chinese Medicine practitioners with strong TCM thinking and innovative spirit to join us. We will also declare corresponding contributions at the data level. We look forward to the day when we can achieve a reliable general-purpose AI for Traditional Chinese Medicine, allowing the ancient Chinese medicine to blend with modern technology and shine anew. This is also the ultimate mission of this project. If interested, please send an email to 21110860035@m.fudan.edu.cn.
Data processing and annotation is one of the important steps in training the model. We sincerely welcome Traditional Chinese Medicine practitioners with strong TCM thinking and innovative spirit to join us. We will also declare corresponding data contributions. We look forward to the day when we can achieve a reliable General Artificial Intelligence for Traditional Chinese Medicine, allowing the ancient Chinese medicine to blend with modern technology and shine anew. This is also the ultimate mission of this project. If interested, please send an email to 21110860035@m.fudan.edu.cn.
This project is jointly guided by Professor Zhang Wenqiang from Fudan University and Professor Wang Haofen from Tongji University. It is completed by Kang Yanlan, Chang Yang, and Fu Jiyuan, members of the ROI Lab at Fudan University.
This project is jointly guided by Professor Zhang Wenqiang from Fudan University and Professor Wang Haofen from Tongji University. It is completed by Kang Yanlan, Chang Yang, and Fu Jiyuan, members of the [ROI Lab](https://www.fudanroilab.com/) at Fudan University.