A Total Unimodularity Based Branch-and-Bound Method for Integer Programming. - Jun Wang; Mei Long; Duan Li 002 (APCCAS, 2006)

Weighted Node Importance Contribution Correlation Matrix for Identifying China's Core Metro Technologies with Patent Network Analysis. - Mei Long; Tieju Ma (KSEM, 2016)

A Non-Negative Matrix-Factorization-Based Network Embedding Approach for Hybrid Recommender Systems. - Qingxian Wang 001; Mei Long; Han Yang (CNIOT, 2020)

A Novel Probabilistic-Performance-Aware Approach to Multi-workflow Scheduling in the Edge Computing Environment. - Yuyin Ma; Ruilong Yang; Yiqiao Peng; Mei Long; Xiaoning Sun; Wanbo Zheng; Xiaobo Li; Yong Ma (CollaborateCom (1), 2020)

Reactive Workflow Scheduling in Fluctuant Infrastructure-as-a-Service Clouds Using Deep Reinforcement Learning. - Qinglan Peng; Wanbo Zheng; Yunni Xia; Chunrong Wu; Yin Li 006; Mei Long; Xiaobo Li (CollaborateCom (2), 2020)

Service Providers' Competence Identification in Knowledge-Intensive Crowdsourcing Context. - Biyu Yang; Xu Wang 024; Quanwu Zhao; Zhuofei Ding; Mei Long (IIAI-AAI, 2020)

A Novel Fault-Tolerant Approach to Web Service Composition upon the Edge Computing Environment. - Tingyan Long; Peng Chen 007; Yunni Xia; Ning Jiang; Xu Wang 024; Mei Long (ICWS, 2021)

A Multi-stage Framework for Complex Task Decomposition in Knowledge-intensive Crowdsourcing. - Shixin Xie; Xu Wang 024; Biyu Yang; Mei Long; Jiyu Zhang; Lei Wang (IEEM, 2021)

A Novel Modeling Method of the Crowdsourcing Design Process for Complex Products-Based an Object-Oriented Petri Net. - Lijun Song; Yingying Fu; Jiafu Su; Kangqu Zhou; Mei Long (IEEE Access, 2021)

MRoCO: A Novel Approach to Structured Application Scheduling with a Hybrid Vehicular Cloud-Edge Environment. - Xifeng Xu; Peng Chen 007; Yunni Xia; Mei Long; Qinglan Peng; Tingyan Long (SCC, 2022)

A heterogeneous multi-relations-based method for knowledge-intensive service recommendation. - Mei Long; Xu Wang; Peiji Liu; Yinghui Tao; Min Gao 001; Guangzhu Tan; Biyu Yang (Comput. Ind. Eng., 2023)

A projected fixed point method for a class of vertical tensor complementarity problems. - Shi-Liang Wu; Mei Long; Cui-Xia Li (Optim. Lett., 2025)

A general preconditioner for a class of vertical tensor complementarity problems. - Shi-Liang Wu; Mei Long; Cui-Xia Li (Comput. Optim. Appl., 2025)