A Consensus Approach for SDN Controllers based on Blockchain. - Jiacong Li; Hang Lv 006; Bo Lei; Yunpeng Xie (CSSE, 2022)

A Computing Power Resource Modeling Approach for Computing Power Network. - Jiacong Li; Hang Lv 006; Bo Lei; Yunpeng Xie (ICCCN, 2022)

Shape adjustment of the "FAST" active reflective surface. - Xiaoyu Miao; Yunpeng Xie; Fanqi Xu (ICCSIE, 2022)

A Hierarchical Routing Mechanism for Service in CPN. - Jiacong Li; Hang Lv 006; Bo Lei; Yunpeng Xie (APNet, 2023)

A Security Mapping Approach between Multi Tenant and Computing Routing Nodes in CPN. - Jiacong Li; Hang Lv 006; Bo Lei; Yunpeng Xie (APNet, 2023)

Modeling and Optimization for Computing Power Resource-Aware in CPN. - Jiacong Li; Hang Lv 006; Bo Lei; Yunpeng Xie (APNOMS, 2023)

A new network infrastructure architecture arising from the multimedia service evolution. - Jing Tang; Fujia Liu; Xiaoting Ma; Bo Lei; Yunpeng Xie (BMSB, 2023)

Integrated solution for industrial Internet based on edge computing. - Jing Tang; Fujia Liu; Xiaoting Ma; Bo Lei; Yunpeng Xie (BMSB, 2023)

Research and Design of Broadband Intelligent Internet for Cloud-Network Convergence. - Yunpeng Xie; Jing Tang; Xiaoting Ma; Bo Lei; Jiacong Li (BMSB, 2023)

A Multicast Scheduling Method Based on EVPN-VXLAN Extension in Data Center Networks. - Nan Wu; Guozhen Dong; Wenjuan Xing; Shizhong Nie; Yunpeng Xie (CNML, 2023)

Communication and Computing Integration: Characteristic of Computing Power Network towards 6G. - Qianying Zhao; Min Wei; Yunpeng Xie; Bo Lei (ICCC Workshops, 2023)

Computing Power Network: Multi-Objective Optimization-Based Routing. - Yunpeng Xie; Xiaoyao Huang; Jingchun Li; Tianhe Liu (Sensors, 2023)

FedCoef: An Adaptive Aggregation Algorithm Based on Coefficient of Variation for Federated Learning. - Yunpeng Xie; Fujun Pei; Mingjie Shi (ASCC, 2024)

Adaptive aggregation for federated learning using representation ability based on feature alignment. - Fujun Pei; Yunpeng Xie; Mingjie Shi; Tiantian Xu (Knowl. Based Syst., 2025)

Federated Fingerprint Localization Method Based on Adaptive Aggregation and Feature Alignment. - Fujun Pei; Mingjie Shi; Yunpeng Xie (IEEE Wirel. Commun. Lett., 2025)