DVF:Multi-agent Q-learning with difference value factorization. - Anqi Huang 001; Yongli Wang 002; Jianghui Sang; Xiaoli Wang 003; Yupeng Wang 004 (Knowl. Based Syst., 2024)

Optimistic sequential multi-agent reinforcement learning with motivational communication. - Anqi Huang 001; Yongli Wang 002; Xiaoliang Zhou; Haochen Zou; Xu Dong; Xun Che (Neural Networks, 2024)

Trusted Semi-Supervised Multi-View Classification With Contrastive Learning. - Xiaoli Wang 003; Yongli Wang 002; Yupeng Wang 004; Anqi Huang 001; Jun Liu 036 (IEEE Trans. Multim., 2024)

Global-Semantic Alignment Distillation for Partial Multi-view Classification. - Xiaoli Wang 003; Anqi Huang 001; Yongli Wang 002; Guanzhou Ke; Xiaobin Hong 002; Jun Liu 036 (AAAI, 2025)

WaveDSTG: A Multiscale Wavelet-Based Spatio-Temporal Attention for Temporal Knowledge Graphs Reasoning. - Jiayi Zhao; Yongli Wang 002; Anqi Huang 001; Dongmei Liu (PRICAI, 2025)

Knowledge-augmented large language model-based framework for adverse drug reaction analysis. - Haochen Zou; Yongli Wang 002; Kun Xiang; Anqi Huang 001 (Appl. Soft Comput., 2025)

An innovative multi-view collaborative optimization framework for Weighted Naive Bayes. - Xiaoliang Zhou; Yongli Wang 002; Li Zhang; Anqi Huang 001; Xiaoli Wang 003 (Knowl. Based Syst., 2025)

Multi-level feature fusion networks for smoke recognition in remote sensing imagery. - Yupeng Wang 004; Yongli Wang 002; Zaki Ahmad Khan; Anqi Huang 001; Jianghui Sang (Neural Networks, 2025)

QVF: Incorporating quantile value function factorization into cooperative multi-agent reinforcement learning. - Anqi Huang 001; Yongli Wang 002; Ruoze Liu; Haochen Zou; Xiaoliang Zhou (Pattern Recognit., 2025)

GCDTA: Graph-attention-assisted contrastive learning for drug-target affinity prediction. - Anqi Huang 001; Xiaoliang Zhou; Yupeng Wang 004; Ning Yu (Appl. Soft Comput., 2026)

Large language model augmented joint learning framework for entity-relation extraction. - Haochen Zou; Yongli Wang 002; Anqi Huang 001 (Appl. Soft Comput., 2026)

RRQ: Relative residual potential functions with knowledge-distilled value decomposition for MARL. - Anqi Huang 001; Zhiqun Pan; Xiaoliang Zhou (Neurocomputing, 2026)

A novel span and syntax enhanced large language model based framework for fine-grained sentiment analysis. - Haochen Zou; Yongli Wang 002; Anqi Huang 001 (Neural Networks, 2026)