Numerical Investigation of Flow Characteristics in the Obstructed Realistic Human Upper Airway. - Xingli Liu; Weiwei Yan; Yang Liu 032; Yat Sze Choy; Yi-kun Wei (Comput. Math. Methods Medicine, 2016)

A Double Weighted KNN Algorithm and Its Application in the Music Genre Classification. - Meimei Wu; Xingli Liu (DSA, 2019)

Post-processing techniques of 4D flow MRI: velocity and wall shear stress. - Qi Gao 007; Xingli Liu; Hongping Wang; Fei Li; Peng Wu; Zhaozhuo Niu; Mansu Jin; Runjie Wei (CoRR, 2019)

Optimization of 4D flow MRI velocity field in the aorta with divergence-free smoothing. - Qi Gao 007; Xingli Liu; Hongping Wang; Peng Wu; Mansu Jin; Runjie Wei; Wei Wang; Zhaozhuo Niu; Shihua Zhao; Fei Li (Medical Biol. Eng. Comput., 2021)

A deep learning model for efficient end-to-end stratification of thrombotic risk in left atrial appendage. - Qi Gao 007; Hongtao Lin; Jianghong Qian; Xingli Liu; Shengze Cai; He Li; Hongguang Fan; Zhe Zheng (Eng. Appl. Artif. Intell., 2023)

Fed-UIQA: Federated Learning for Unsupervised Finger Vein Image Quality Assessment. - Xingli Liu; Jian Guo 006; Hengyu Mu; Lejun Gong; Chong Han 002 (ICIC (5), 2024)

Personalized Multimodal Federated Learning for Fingerprint and Finger Vein Recognition. - Hengyu Mu; Jian Guo 006; Xingli Liu; Chong Han 002; Lejun Gong (ICIC (5), 2024)

FedFVIQA: Personalized Federated Learning for Two-Stage Finger Vein Image Quality Assessment. - Xingli Liu; Jian Guo 006; Hengyu Mu; Chong Han 002; Lijuan Sun (ICPR (14), 2024)

LAFlowNet: A dynamic graph method for the prediction of velocity and pressure fields in left atrium and left atrial appendage. - Xiaoyu Liu; Hongtao Lin; Xingli Liu; Jianghong Qian; Shengze Cai; Hongguang Fan; Qi Gao 007 (Eng. Appl. Artif. Intell., 2024)

Federated learning for biometric recognition: a survey. - Jian Guo 006; Hengyu Mu; Xingli Liu; Hengyi Ren; Chong Han 002 (Artif. Intell. Rev., 2024)

Federated finger vein presentation attack detection for various clients. - Hengyu Mu; Jian Guo 006; Xingli Liu; Chong Han 002; Lijuan Sun (IET Comput. Vis., 2024)

CorNet: A deep learning method based on physics-guided and attention mechanism for predicting flow field of coronary arterial tree. - Xiaoyu Liu; Shengze Cai; Hongtao Lin; Xingli Liu; Xiuhua Hu; Longjiang Zhang; Qi Gao 007 (Eng. Appl. Artif. Intell., 2025)

Infrared remote sensing ship image object detection model based on YOLO In multiple environments. - Yilin Ge; Haowen Ji; Xingli Liu (Signal Image Video Process., 2025)

Wood surface defect detection based on improved YOLOv8. - Yilin Ge; Haowen Ji; Xingli Liu (Signal Image Video Process., 2025)