An FPGA-based online reconfigurable CNN edge computing device for object detection. - Yu Wang 318; Yibing Liao; Jiamei Yang; Hui Wang; Yuxuan Zhao; Chengyu Zhang 008; Bende Xiao; Fei Xu; Yifan Gao 005; Mingzhu Xu; Jianbin Zheng 002 (Microelectron. J., 2023)

DWSCNN Online Signature Verification Algorithm Based on CAE-MV Feature Dimensionality Reduction. - Jianbin Zheng 002; Ziyao Chen; Liping Huang; Yifan Gao 005; Xiangxiang Yu; Hui Wang; Jiamei Yang; Yu Wang 318 (IEEE Access, 2024)

Convolution-enhanced vision transformer method for lower limb exoskeleton locomotion mode recognition. - Jianbin Zheng 002; Chaojie Wang; Liping Huang; Yifan Gao 005; Ruoxi Yan; Chunbo Yang; Yang Gao; Yu Wang 318 (Expert Syst. J. Knowl. Eng., 2024)

Real-Time Gait Phase Detection Based on LSTM-ResMLP-LightGBM Approach for Exoskeleton in Outdoor Activity. - Yifan Gao 005; Jianbin Zheng 002; Chunbo Yang; Ruoxi Yan; Chaojie Wang; Jing Tang; Zequan Jiang (IEEE Access, 2025)

Optimization of Multi-Agent Scheduling Based on MA-ID3QN for the Riveting and Welding Work Cell. - Jianbin Zheng 002; Yizhuo Zhang; Yang Gao; Ziyao Chen; Yifan Gao 005; Chuyi Zhou; Xinyu Zhou (IEEE Access, 2025)

Locomotion Mode Recognition Based on Inception-Enhanced Vision Transformer Method With Kolmogorov-Arnold Network Fusion. - Jianbin Zheng 002; Xinyu Zhou; Yang Gao; Ziyao Chen; Yifan Gao 005; Chuyi Zhou; Yizhuo Zhang (IEEE Access, 2025)

Pattern transition recognition based on transfer learning for exoskeleton across different terrains. - Yifan Gao 005; Jianbin Zheng 002; Yang Gao; Ziyao Chen; Jing Tang; Liping Huang (PeerJ Comput. Sci., 2025)

A Lower Limb Exoskeleton Adaptive Control Method Based on Model-free Reinforcement Learning and Improved Dynamic Movement Primitives. - Liping Huang; Jianbin Zheng 002; Yifan Gao 005; Qiuzhi Song; Yali Liu (J. Intell. Robotic Syst., 2025)

An unsupervised learning method based on U-Net + + for low-light image enhancement. - Xinghao Wang; Yu Wang 318; Jian Zhou; Jiaqi Liu; Yifan Gao 005; Yang Wang; Jianbin Zheng 002 (Signal Image Video Process., 2025)