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1. Design-and-implementation-of-a-task-based-Q-A-system-based-on-TCM-knowledge-graph Design-and-implementation-of-a-task-based-Q-A-system-based-on-TCM-knowledge-graph Public

   Cleanse the data of "Compendium of Materia Medica" as the full-text data foundation, with herbs as the center, to construct a Chinese medicine knowledge graph including 6 entity types and various r…

   Jupyter Notebook 3 1

2. CNER-Clinical-Named-Entity-Recognition- CNER-Clinical-Named-Entity-Recognition- Public

   Named entity identification for electronic medical records using HMM

   HTML 1

3. Data-enhancement-and-paraphrasing- Data-enhancement-and-paraphrasing- Public

   Forked from YingXu-swim/Data-enhancement-and-paraphrasing

   Research on multi-level Chinese paraphrasing, using seq2seq to generate multiple sentences with the same semantic meaning

   Jupyter Notebook

4. DahboardTeam/HomicideDashboard DahboardTeam/HomicideDashboard Public

   About An interactive dashboard that could investigate homicide-related data from 2010 to 2014 in the US, provide insights into relevant questions, such as examining how homicide-related activity is…

   Jupyter Notebook 3

5. Deep-neural-network-based-knowledge-QA-system-for-the-treatment-of-pediatric-symptoms-in-TCM Deep-neural-network-based-knowledge-QA-system-for-the-treatment-of-pediatric-symptoms-in-TCM Public

   Constructing a corpus of ancient Chinese pediatric medicine literature, using algorithms such as BERT, lattice LSTM, and Siamese for tasks such as named entity recognition, intent recognition, enti…

   Python 1 2

6. YingXu-swim/Data-enhancement-and-paraphrasing YingXu-swim/Data-enhancement-and-paraphrasing Public

   Research on multi-level Chinese paraphrasing, using seq2seq to generate multiple sentences with the same semantic meaning

   Jupyter Notebook 1