CheXNet: Combing Transformer and CNN for Thorax Disease Diagnosis from Chest X-ray Images. - Xin Wu; Yue Feng 004; Hong Xu 007; Zhuosheng Lin; Shengke Li; Shihan Qiu; Qichao Liu; Yuangang Ma (PRCV (13), 2023)

GFANet: Gated Fusion Attention Network for skin lesion segmentation. - Shihan Qiu; Chengfei Li; Yue Feng 004; Song Zuo; Huijie Liang; Ao Xu (Comput. Biol. Medicine, 2023)

Cryptanalysis of a Multiround Image Encryption Algorithm Based on 6D Self-Synchronizing Chaotic Stream Cipher. - Zhuosheng Lin; Yue Feng 004; Shufen Liang (Int. J. Bifurc. Chaos, 2023)

CAENet: Contrast adaptively enhanced network for medical image segmentation based on a differentiable pooling function. - Shengke Li; Yue Feng 004; Hong Xu 007; Yuan Miao 001; Zhuosheng Lin; Huilin Liu; Ying Xu; Fufeng Li (Comput. Biol. Medicine, 2023)

CTransCNN: Combining transformer and CNN in multilabel medical image classification. - Xin Wu; Yue Feng 004; Hong Xu 007; Zhuosheng Lin; Tao Chen; Shengke Li; Shihan Qiu; Qichao Liu; Yuangang Ma; Shuangsheng Zhang (Knowl. Based Syst., 2023)

An Improved ConvNeXt With Multimodal Transformer for Physiological Signal Classification. - Jiajian Zhu; Yue Feng 004; Qichao Liu; Hong Xu 007; Yuan Miao 001; Zhuosheng Lin; Jia Li; Huilin Liu; Ying Xu; Fufeng Li (IEEE Access, 2024)

PSC-Net: Integration of Convolutional Neural Networks and transformers for Physiological Signal Classification. - Qichao Liu; Yue Feng 004; Hong Xu 007; Jia Li; Zhuosheng Lin; Shengke Li; Shihan Qiu; Xin Wu; Yuangang Ma; Ying Xu; Fufeng Li (Biomed. Signal Process. Control., 2024)

MSDEnet: Multi-scale detail enhanced network based on human visual system for medical image segmentation. - Yuangang Ma; Hong Xu 007; Yue Feng 004; Zhuosheng Lin; Fufeng Li; Xin Wu; Qichao Liu; Shuangsheng Zhang (Comput. Biol. Medicine, 2024)

Weight nonlinear mapping based memristor crossbar array implementation scheme for convolutional neural network off-chip training. - Zhuosheng Lin; Zaofeng Chen; Jilong Zhang; Jingliang Deng; Xiaona Wu; Yue Feng 004 (Expert Syst. Appl., 2026)