Mixed model assembly line balancing problem with fuzzy operation times and drifting operations. - Weida Xu; Tianyuan Xiao (WSC, 2008)

An empirical comparison of five efficient heuristics for Maximal Covering Location Problems. - Li Xia; Ming Xie; Weida Xu; Jinyan Shao; Wenjun Yin; Jin Dong (SOLI, 2009)

Balancing and simulating of assembly line with overlapped and stopped operation. - Wenhui Fan; Zhenxiao Gao; Weida Xu; Tianyuan Xiao (Simul. Model. Pract. Theory, 2010)

A smart remaining battery life prediction based on MARS. - Xi Xia; Weida Xu; Xinxin Bai; Xiaoguang Rui; Haifeng Wang; Jan Forster; Yinming Wang; Xihui Zhao; Xiangfu Kong; Tingting Liang (ISGT, 2014)

The static security analysis in power system based on Spark Cloud Computing platform. - Gang Zhou; Dapu Zhao; Kexu Zou; Weida Xu; Xinjie Lv; Qian Wang; Wenjun Yin (ISGT Asia, 2015)

Change Detection Converter: Using Semantic Segmantation Models to Tackle Change Detection Task. - Ding Chen; Bowei Ye; Zhicheng Zhao 001; Feihong Wang; Weida Xu; Wenjun Yin (ICME, 2022)

Semantic-Aware Self-Supervised Learning for Remote Sensing Image Segmentation. - Bowei Ye; Weize Li; Weida Xu; Wenjun Yin; Xiaomin Luo (IC-NIDC, 2023)

SAB:A Stealing and Robust Backdoor Attack based on Steganographic Algorithm against Federated Learning. - Weida Xu; Yang Xu; Sicong Zhang (CoRR, 2024)

Sample-Independent Federated Learning Backdoor Attack. - Weida Xu; Yang Xu; Sicong Zhang (CoRR, 2024)

Enhance membership inference attacks in federated learning. - Xinlong He; Yang Xu; Sicong Zhang; Weida Xu; Jiale Yan (Comput. Secur., 2024)

EUN: Enhanced unlearnable examples generation approach for privacy protection. - Xiaotian Chen; Yang Xu; Sicong Zhang; Jiale Yan; Weida Xu; Xinlong He (Comput. Vis. Image Underst., 2025)

High-resolution network-based multi-feature fusion for generalized forgery detection. - Rui Liu; Sicong Zhang; Yang Xu; Weida Xu; Xinlong He (Multim. Syst., 2025)

Sample-independent federated learning backdoor attack in speaker recognition. - Weida Xu; Yang Xu; Sicong Zhang (Clust. Comput., 2025)