Imbalance Classification Based on Deep Learning and Fuzzy Support Vector Machine. - Kefan Wang; Jing An 001; Xianghua Ma; Chao Ma; Hanqiu Bao 001 (BIC-TA (2), 2021)

A Kernel Propagation-Based Graph Convolutional Network Imbalanced Node Classification Model on Graph Data. - Xiang-En Bai; Jing An 001; Zi-Bo Yu; HanQiu Bao 001; Kefan Wang (ICNSC, 2022)

Generic Multi-agent Cooperative Control via Finite-time Distributed MPC. - HanQiu Bao 001; XuDong Shi 001; Jing An 001; HaoJun Li; Qi Kang (ICNSC, 2022)

Attention and Cost-Sensitive Graph Neural Network for Imbalanced Node Classification. - Chao Ma; Jing An 001; Xiang-En Bai; HanQiu Bao 001 (ICNSC, 2022)

Domain Adaptation Soft Sensing with Parameter Transferring. - XuDong Shi 001; Jing Xu; HanQiu Bao 001; Qi Kang (ICNSC, 2022)

Moment-Based Model Predictive Control of Autonomous Systems. - HanQiu Bao 001; Qi Kang; Xudong Shi 001; MengChu Zhou; HaoJun Li; Jing An 001; Khaled Sedraoui (IEEE Trans. Intell. Veh., 2023)

A New Deep Learning Model for Semi-supervised Soft-sensing of an Industrial Production Process. - Xudong Shi 001; Chenyu Tian; Qi Kang; MengChu Zhou; Hanqiu Bao 001; Jing An 001 (CASE, 2024)

Robust Learning-Based Model Predictive Control for Intelligent Vehicles With Unknown Dynamics and Unbounded Disturbances. - HanQiu Bao 001; Qi Kang; Xudong Shi 001; Lingfei Xiao; Jing An 001 (IEEE Trans. Intell. Veh., 2024)

Principal Component-Based Semi-Supervised Extreme Learning Machine for Soft Sensing. - Xudong Shi 001; Qi Kang; Hanqiu Bao 001; Wangya Huang; Jing An 001 (IEEE Trans Autom. Sci. Eng., 2024)

Value Approximator-Based Learning Model Predictive Control for Iterative Tasks. - HanQiu Bao 001; Qi Kang; XuDong Shi 001; MengChu Zhou; Jing An 001; Yusuf Al-Turki 001 (IEEE Trans. Autom. Control., 2024)

Dual Attention-Aided Cooperative Deep-Spatiotemporal-Feature-Extraction Network for Semi-Supervised Soft Sensing. - Xudong Shi 001; Qi Kang; MengChu Zhou; Hanqiu Bao 001; Jing An 001; Abdullah Abusorrah; Kefan Wang; Yusuf Al-Turki 001 (IEEE Robotics Autom. Lett., 2025)