GaoyuanAssociate professor Department: Subject: Teach Department: Tel: Email: gaoyuan@hhuc.edu.cn Office: Address: PostCode: |
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ResumeMy research interests mainly contain energy-efficiency and physical lay security of wireless communications. Now, I pay attention to reinforcement learning and try to apply it in the intelligent optimization of energy-efficiency and security performance of wireless networks, especially in cognitive radio networks.
I obtained the National Natural Science Foundation of China: Energy-efficient Two-way Relaying Transmission Schemes and Performance Analysis in Cognitive Radio Networks. I have published the research results in English in the journals and conferences.
I am IEEE (Institute of Electrical and Electronics Engineers) membership. I am awarded “Excellent Lecturers” in Hohai University. The team I belong to obtained the First Prize of Excellent Teaching Outcome of Jiangsu Province in 2013, due to the striking teaching and researching performance. About
Education ExperiencesDoctor’s Degree of Engineering, Hohai University, 2016 WorkExperience1998—Present: A teacher at College of Internet of Things Engineering,Hohai University 2019-2020: A visiting researcher in the University of Sydney,Australia. FieldNow, I pay attention to intelligent communication, including applying reinforcement learning in the intelligent optimization of energy-efficiency and security performance of wireless networks, especially in cognitive radio networks. Project(1) (CO-PI) National Key Research and Development Project, 2018-2021. (2) (PI) Research on the energy-efficient Two-way Relaying Transmission Schemes and Performance Analysis in Cognitive Radio Networks, Chinese National Natural Science Foundation, 2015--2017. (3) (CO-PI), Research on Digital Beam Radar Technology based on Multi-precision Composite Array Antenna, Chinese National Natural Science Foundation, 2016--2018. (4) (CO-PI), Research on Secure Transmission Capacity of Sources in Relay Channels, Chinese National Natural Science Foundation, 2016--2018. (5) (PI), Two-way Relaying Technology Using in Cognitive Radio Networks, Fundamental Research Funds for the Central Universities (FRFCU),2013--2015. ThesisAchievementsOpen CourseTeaching achievementsTeaching resourcesSocial PositionHonorAdmissions |