Zhenhua tan（Professor）
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- Supervisor of Doctorate Candidates Supervisor of Master's Candidates
- Name (English):Zhenhua tan
- E-Mail:
- Administrative Position:Professor, doctoral supervisor, northeast universi
- Education Level:With Certificate of Graduation for Doctorate Study
- Business Address:B430 muddy south campus of northeast university information building
- Gender:Male
- Contact Information:024-83692102
- Degree:博士
- Status:Employed
- Academic Titles:Northeastern University, vice director of office of information construction and network security
- Other Post:Professor, doctoral supervisor, northeast university, vice President of the institute of information technology
- Alma Mater:Northeastern University,
- Teacher College:软件学院
- Discipline:
Network and information security
- ZipCode：
- PostalAddress：
- OfficePhone：
- Email：
- Energy efficient coverage control in wireless sensor networks based on multi-objective genetic algorithm.Computer and applied mathematics,第57卷(第11–12期):第1756–1766页
- An efficient and self-organized routing mechanism for structured peer-to-peer service networks.Computer and information science communication,第1卷61-74
- The P2P distributed trust evaluation model based on multidimensional vector history.Journal of computer1725-1735
- A distributed certification method for peer-to-peer system based on biological information.Computer and information science communication,第1卷409-414
- A Hybrid Algorithm to Solve Traveling Salesman Problem.《电气工程讲义》,第139卷第99-105页
- Chaotic Taboo Fish Algorithm for Traveling Salesman Problem.《电气工程讲义》（施普林格）,第143卷第697-704页
- A New Method of Trust Inference Based on Markov Model for Peer-to-Peer Network.第12届IEEE第12届国际计算机和信息技术国际会议（CIT）的报告第349-354页
- A New Multi-pattern Matching Algorithm Based on Frequently Used Group.第12届IEEE第12届国际计算机和信息技术国际会议（CIT）的报告第981-984页
- Chaotic Immune PSO Algorithm for Traveling Salesman Problem, Future Wireless Networks and Information Systems.《电气工程学讲义》（施普林格）,第143卷第689-695页
- Distributed Trust Inference Model Based on Probability and Balance Theory for Peer-to-Peer systems.《国际智能传感与智能系统杂志》(第5（4）期):第1063 – 1080页