An empirical evaluation of high utility itemset mining algorithms. - Chongsheng Zhang; George Almpanidis; Wanwan Wang; Changchang Liu (Expert Syst. Appl., 2018)

A Signaling Analysis Algorithm in 5G Terminal Simulator. - Yu Duan; Wanwan Wang; Zhizhong Zhang 005 (ChinaCom (1), 2019)

Artistic Style Discovery with Independent Components. - Xin Xie; Yi Li 018; Huaibo Huang; Haiyan Fu; Wanwan Wang; Yanqing Guo (CVPR, 2022)

NTP-VFL - A New Scheme for Non-3rd Party Vertical Federated Learning. - Di Zhao; Ming Yao; Wanwan Wang; Hao He; Xin Jin (ICMLC, 2022)

EFMVFL: An Efficient and Flexible Multi-party Vertical Federated Learning without a Third Party. - Yimin Huang; Xinyu Feng 002; Wanwan Wang; Hao He; Yukun Wang; Ming Yao (CoRR, 2022)

Application of improved Naive Bayes classification algorithm in 5G signaling analysis. - Wanwan Wang; Yu Duan; Longhan Cao; Zhenghong Jiang (J. Supercomput., 2023)

A Secure Enhancement Scheme for Interworking Privacy-Preserving Multi-Party Collaborative Modeling. - Yiwen Jiang; Jiawei Jiang; Ge Zhang; Jimeng Song; Wanwan Wang (CMLDS, 2024)

Secure Data Sharing Based on SM9 for Privacy Preserving Computing. - Hongbin Zhu; Yunzhao Li; Haoyu Gu; Wanwan Wang (CMLDS, 2024)

P4GCN: Vertical Federated Social Recommendation with Privacy-Preserving Two-Party Graph Convolution Networks. - Zheng Wang 076; Wanwan Wang; Yimin Huang; Zhaopeng Peng; Ziqi Yang; Cheng Wang 003; Xiaoliang Fan (CoRR, 2024)

EFMVFL: An Efficient and Flexible Multi-party Vertical Federated Learning without a Third Party. - Yimin Huang; Wanwan Wang; Xingying Zhao; Yukun Wang; Xinyu Feng 002; Hao He; Ming Yao (ACM Trans. Knowl. Discov. Data, 2024)

P4GCN: Vertical Federated Social Recommendation with Privacy-Preserving Two-Party Graph Convolution Network. - Zheng Wang 076; Wanwan Wang; Yimin Huang; Zhaopeng Peng; Ziqi Yang; Ming Yao; Cheng Wang 003; Xiaoliang Fan (WWW, 2025)

Communication Efficient Multiparty Private Set Intersection from Multi-Point Sequential OPRF. - Xinyu Feng 002; Yukun Wang; Cong Li; Wu Xin; Ming Yao; Dian Zhang; Wanwan Wang; Hao He (CoRR, 2025)