Zengyao Li

Publication Activity (10 Years)

Years Active: 2015-2024
Publications (10 Years): 9

Top Topics

Top Venues

CLEF (Working Notes)

FIRE (Working Notes)

Publications

Zhengqiao Zeng, Zhongyuan Han, Jingyan Ye, Yaozu Tan, Haojie Cao, Zengyao Li, Runjin Huang
A Conspiracy Theory Text Detection Method based on RoBERTa and XLM-RoBERTa Models. CLEF (Working Notes) (2024)
Haoyang Chen, Zhongyuan Han, Zengyao Li, Yong Han
A Writing Style Embedding Based on Contrastive Learning for Multi-Author Writing Style Analysis. CLEF (Working Notes) (2023)
Zengyao Li, Zhongyuan Han, Jiyin Cai, Zhijian Huang, Shaohua Huang, Leilei Kong
Profiling Cryptocurrency Influencers With Few-shot Learning via Contrastive Learning. CLEF (Working Notes) (2023)
Mingcan Guo, Zhongyuan Han, Leilei Kong, Zhijie Zhang, Zengyao Li, Haoyang Chen, Haoliang Qi
Advantages of XLM-R Model for Urdu Sentiment Multi-Classification. FIRE (Working Notes) (2022)
Haoyang Chen, Zhongyuan Han, Leilei Kong, Zhijie Zhang, Zengyao Li, Mingcan Guo, Haoliang Qi
Mixture Models based on BERT for Hate Speech Detection. FIRE (Working Notes) (2022)
Wenbin Lin, Zhongyuan Han, Jinxi Zhang, Zengyao Li, Guiyuan Cao, Jianhong Yu, Leilei Kong
A BERT-based model for Profiling Irony and Stereotype Spreaders on Twitter. CLEF (Working Notes) (2022)
Mingjie Huang, Leilei Kong, Zeyang Peng, Yihui Ye, Zengyao Li, Xinyin Jiang, Zhongyuan Han
Authorship verification Based On Fully Interacted Text Segments. CLEF (Working Notes) (2022)
Haojie Cao, Zhongyuan Han, Zhenwei Mo, Zengyao Li, Ziwei Xiao, Zijian Li, Leilei Kong
A Multi-Model Voting Ensemble Classifier based on BERT for Profiling Irony and Stereotype Spreaders on Twitter. CLEF (Working Notes) (2022)
Zengyao Li, Zhongyuan Han, Mingjie Huang, Leilei Kong
An Ensemble Machine Learning Classifier for Profiling Irony and Stereotype Spreaders on Twitter. CLEF (Working Notes) (2022)
Kuiyu Zhu, Ye Zhang, Zengyao Li, Fan Zhou, Kang Feng, Huiqiang Dou, Tong Wang
Simultaneous Detection of α-Fetoprotein and Carcinoembryonic Antigen Based on Si Nanowire Field-Effect Transistors. Sensors 15 (8) (2015)