Energy Efficiency Recognition and Diagnosis of Complex Industrial Processes using Multivariate Nonlinear Regression Method. - Zhiqiang Geng; Minjie Cheng; Yongming Han; Qin Wei; Zhi Ouyang (CAA SAFEPROCESS, 2019)

DTaxa: An actor-critic for automatic taxonomy induction. - Yongming Han; Yanwei Lang; Minjie Cheng; Zhiqiang Geng; GuoFei Chen; Tao Xia (Eng. Appl. Artif. Intell., 2021)

SECOND-Order Encoder and Restore Detail Decoder Network for Image Semantic Segmentation. - Nan Dai; Zhiqiang Hou; Minjie Cheng (AIPR, 2022)

Revisiting Pooling through the Lens of Optimal Transport. - Minjie Cheng; Hongteng Xu (CoRR, 2022)

Hierarchical Contrastive Learning for Temporal Point Processes. - Qingmei Wang; Minjie Cheng; Shen Yuan; Hongteng Xu (AAAI, 2023)

BFBE-Net: deep bilateral fusion and bilateral embedded network for real-time semantic segmentation. - Zhiqiang Hou; Minjie Cheng; Nan Dai; Sugang Ma; Xiaobao Yang 001; Jiulun Fan 001 (J. Electronic Imaging, 2023)

Regularized Optimal Transport Layers for Generalized Global Pooling Operations. - Hongteng Xu; Minjie Cheng (IEEE Trans. Pattern Anal. Mach. Intell., 2023)

MMPolymer: A Multimodal Multitask Pretraining Framework for Polymer Property Prediction. - Fanmeng Wang; Wentao Guo; Minjie Cheng; Shen Yuan; Hongteng Xu; Zhifeng Gao (CIKM, 2024)

A Quasi-Wasserstein Loss for Learning Graph Neural Networks. - Minjie Cheng; Hongteng Xu (WWW, 2024)

Predicting Polymer Properties Based on Multimodal Multitask Pretraining. - Fanmeng Wang; Wentao Guo; Minjie Cheng; Shen Yuan; Hongteng Xu; Zhifeng Gao (CoRR, 2024)

Predicting Molecular Ground-State Conformation via Conformation Optimization. - Fanmeng Wang; Minjie Cheng; Hongteng Xu (CoRR, 2024)

WatE: A Wasserstein t-distributed Embedding Method for Information-enriched Graph Visualization. - Minjie Cheng; Dixin Luo; Hongteng Xu (AAAI, 2025)

EFRNet: Edge feature refinement network for real-time semantic segmentation of driving scenes. - Zhiqiang Hou; Minjie Qu; Minjie Cheng; Sugang Ma; Yunchen Wang; Xiaobao Yang 001 (Digit. Signal Process., 2025)