Nested Named Entity Recognition via an Independent-Layered Pretrained Model. - Liruizhi Jia; Shengquan Liu; Fuyuan Wei; Bo Kong 002; Guangyao Wang (IEEE Access, 2021)

Chinese Relation Extraction Using Extend Softword. - Bo Kong 002; Shengquan Liu; Fuyuan Wei; Liruizhi Jia; Guangyao Wang (IEEE Access, 2021)

Multi-task Scheduling of Multiple Agricultural Machinery via Reinforcement Learning and Genetic Algorithm. - Lihang Li; Liruizhi Jia; Shengquan Liu; Bo Kong 002; Yuan Liu (ICIC (1), 2024)

CSMA-CNER: Multi-modal Chinese NER task with Cross- and Self-Modality Attention. - Bo Kong 002; Shengquan Liu; Liang He 003; Liruizhi Jia; Yi Liang (ICME, 2024)

Farmland Segmentation and Multiple Agricultural Machines Cooperative Scheduling Method Under Sudden Disasters. - Guiping Dou; Liruizhi Jia; Shengquan Liu; Cheng Zhang; Yuan Liu; Bo Kong 002 (SMC, 2024)

MSACC: A Unified Multimodal Sentiment Analysis Framework for High Interpretability and Zero-shot Performance. - Yi Liang; Turdi Tohti; Bo Kong 002; Dongfang Han; Tianwei Yan 001; Askar Hamdulla (ICASSP, 2025)

ME-CWNER: Multi-metadata Embedding Based Chinese Named Entity Recognition for Wheat Diseases and Pests. - Shouhao Yu; Shengquan Liu; Shaochen Jiang; Ruizhi Jiali; Bo Kong 002 (ICIC (24), 2025)

REIA: Entity Relation Extraction Based on Interaction Policy and Data Augmentation. - Liruizhi Jia; Shengquan Liu; Bo Kong 002; Yuan Liu (IJCNN, 2025)

DCHAS: Dual-Channel Heterogeneous Agent System for Optimizing Agricultural Irrigation Decisions. - Buwen Liu; Liruizhi Jia; Shengquan Liu; Bo Kong 002; Xiaoli Zhang; Guangxin Yu (ISCAS, 2025)

A document-level relation extraction method based on dual-angle attention transfer fusion. - Fuyuan Wei; Wenzhong Yang; Shengquan Liu; Chenghao Fu; Qicai Dai; Danni Chen; Xiaodan Tian; Bo Kong 002; Liruizhi Jia (Expert Syst. Appl., 2025)

MINIGE-MNER: A multi-stage interaction network inspired by gene editing for multimodal named entity recognition. - Bo Kong 002; Shengquan Liu; Liruizhi Jia; Yi Liang; Dongfang Han; Xu Zhang (Neural Networks, 2026)