Word Sense Induction Using Lexical Chain based Hypergraph Model. - Tao Qian 002; Donghong Ji; Mingyao Zhang; Chong Teng; Congling Xia (COLING, 2014)

A transition-based model for jointly extracting drugs, diseases and adverse drug events. - Fei Li 021; Dong-Hong Ji; Xiaomei Wei 001; Tao Qian 002 (BIBM, 2015)

A Transition-based Model for Joint Segmentation, POS-tagging and Normalization. - Tao Qian 002; Yue Zhang 004; Meishan Zhang; Yafeng Ren; Dong-Hong Ji (EMNLP, 2015)

A Bi-LSTM-RNN Model for Relation Classification Using Low-Cost Sequence Features. - Fei Li 021; Meishan Zhang; Guohong Fu; Tao Qian 002; Donghong Ji (CoRR, 2016)

A transition-based joint model for disease named entity recognition and normalization. - Yinxia Lou; Yue Zhang 004; Tao Qian 002; Fei Li 021; Shufeng Xiong; Donghong Ji (Bioinform., 2017)

A Graph Attention Model for Dictionary-Guided Named Entity Recognition. - Yinxia Lou; Tao Qian 002; Fei Li 021; Donghong Ji (IEEE Access, 2020)

Investigating of Disease Name Normalization Using Neural Network and Pre-Training. - Yinxia Lou; Tao Qian 002; Fei Li 021; Junxiang Zhou; Donghong Ji; Ming Cheng (IEEE Access, 2020)

Aspect terms grouping via fusing concepts and context information. - Shufeng Xiong; Ming Cheng; Vishwash Batra; Tao Qian 002; Bingkun Wang; Yangdong Ye (Inf. Fusion, 2020)

Emoji-Based Sentiment Analysis Using Attention Networks. - Yinxia Lou; Yue Zhang 004; Fei Li 021; Tao Qian 002; Donghong Ji (ACM Trans. Asian Low Resour. Lang. Inf. Process., 2020)

A Joint Model for Named Entity Recognition With Sentence-Level Entity Type Attentions. - Tao Qian 002; Meishan Zhang; Yinxia Lou; Daiwen Hua (IEEE ACM Trans. Audio Speech Lang. Process., 2021)

Contrastive learning from label distribution: A case study on text classification. - Tao Qian 002; Fei Li 021; Meishan Zhang; Guonian Jin; Ping Fan; Wenhua Dai (Neurocomputing, 2022)

A tree-like structured perceptron for transition-based biomedical event extraction. - Fangfang Su; Tao Qian 002; Jun Zhou; Bobo Li; Fei Li 021; Chong Teng; Donghong Ji (Knowl. Based Syst., 2024)