Organization Structure
Laboratory of Antenna, Propagation and Channel (APC Lab)
APC Lab belongs to the Dedicatied communication research direction of the State Key Laboratory of Advanced Rail Autonomous Operation (RAO), Beijing Jiaotong University.
MoreFaculty Members of APC Lab
Prof. Zhangdui Zhong
Chief Professor of communication direction in RAO
Chief Scientist of Ministry of Railways in China
Leader of WiMiRT, IEEE Fellow
Prof. Bo Ai
Depute director of State Key Laboratory of Advanced Rail Autonomous Operation
IET Fellow, IEEE Fellow
Prof. Ke Guan
Leader of mmWave and THz research team
Humboldt Research Fellow
URSI Young Scientist
Email: kguan@bjtu.edu.cn
Associate Prof. Danping He
Leader of international ray-tracing cloud simulation center
2019 ACES Young Scientist
Email: hedanping@bjtu.edu.cn
Current Students
| Name | Program | Research interests |
|---|---|---|
| Haofan Yi | Ph. D. student | Terahertz channel modeling |
| Luoyan Zhu | Ph. D. student | Channel estimation using massive MIMO and AI |
| Ting Liu | Ph. D. student | Channel modeling for communications and sensing |
| Xiping Wang | Ph. D. student | Data-enabled channel modelling and learning |
| Hao An | Ph. D. student | Channel measurements, simulations and emulation |
| Hongyu Duan | Ph. D. student | Modeling for propagation mechanisms |
| Ben Chen | Ph. D. student | THz propagation and channel modeling |
| Boli Su | Ph. D. student | Optical fibre communications |
| Xiangyu Shi | Master student | High-performance ray-tracing platform |
| Jiayue Han | Master student | Ray-tracing acceleration technique |
| Zhao Zhang | Master student | AI enabled ray tracing |
| Lei Yang | Master student | Standard channel modeling |
| Yiran Wang | Master student | Material EM property at THz band |
| Ziye Guo | Master student | Railway channel modeling |
| Ran Pan | Master student | mmWave and THz channel |
| Xinyi Shan | Master student | RIS aided ray-tracing based wireless environment enhancement |
| Xinghai Guo | Master student | Indoor ray-tracing and network simulation |
| Ziyue Gong | Master student | Channel modeling for communications and sensing |
| Yuxin Liu | Master student | ISAC based on ray-tracing technique |
| Meiwen Zhang | Master student | Localization based on ray-tracing technique |
| Jinchi Yu | Master student | Materials' EM properties |
| Pengfei Wang | Master student | Indoor channel characterization |
| Xinran Xiong | Master student | Satellite-to-ground wireless communications |
Graduated Students
| Name | Degree | Title of thesis |
|---|---|---|
| Guangkai Li | Ph. D. | The Methodology of Scatterer Modeling and Its Research in the Wireless Channel of Connected Vehicles |
| Jingya Yang | Ph. D. | Research on Characteristics and Modeling Approaches of Rapidly Time-varying Channels in High-Speed Train Scenarios |
| Dong Yan | Ph. D. | mmWave radio propagation mechanisms |
| Lina Wu | Ph. D. | AI+Channel prediction |
| Jianqiao Cheng | Ph. D. | UAV channel modeling and networking |
| Zhuangzhaung Cui | Ph. D. | A2A and A2G channel modeling |
| Shaoshi Wang | Master | Measurement and Simulation Research of Broadband Wireless Channel for Vehicular Communication at 3.5 GHz |
| Wanqiao Wang | Master | mmWave vehicle channel simulation and modeling |
| Lei Ma | Master | Channel modeling for indoor localization |
| Hao Qiu | Master | Channel modeling for industrial internet of things |
| Zijie Xia | Master | mmWave radar measurement and signal processing |
| Pengxiang Xie | Master | THz scattering propagation machanism |
| Wenbin Li | Master | mmWave propagation machanism |
| Yuqiao Song | Master | mmWave vehicular communications |
| Jundi Zhang | Master | High-speed railway communications |
Research Outcomes
The Vehicular Technology Society (VTS) Conference in Honolulu/USA was held on 24th September 2019. Prof. Ke Guan, Prof. Bo Ai, Dr. Bile Peng, Dr. Danping He, Dr. Guangkai Li, Dr. Jingya Yang, Prof. Zhong and Prof. Dr. Thomas Kürner were awarded the Neal Shepherd Award of the IEEE Vehicular Technology Society.
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From August 8th to 11th, 2019, the 2019 International Conference of International Applied Computational Electromagnetics Society was held in Nanjing. The conference was hosted by ACES and Nanjing University of Science and Technology, together with other universities, research institutes and companies. In the conference, Dr. Danping He from the State Key Laboratory of Rail Transit Control and Safety of BJTU, obtained the "Young Scientist Award" after being recommended and selected by the award committee of the conference.
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Dr. Ke Guan and Dr. Danping He attended EuCAP 2019 in Krakow, Poland. Two convened sessions are successfully held, and one of our papers is nominated by Best paper award in propagation.
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The paper "Measurements-Based Research on Correlation of MIMO Channel in High-Speed Scenario" obtained the best paper award at the 16th International Conference on Intelligent Transport Systems Telecommunications.
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Dr. Ke Guan and Dr. Danping He are invited to give presentations in the workshop “5G Systems & millimeter wave communications in Smart Public Transport” of the 48th European Microwave Week (EuMW 2018), in Madrid, Spain.
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Dr. Danping He is visiting Centre for Wireless Communications CWC in University of Oulu, and giving the intensive course on high-performance ray-tracing technologies during 20th-24th August. Around 20 lovely creative and diligent students have participated in the course.
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BJTU and German Aerospace Center (DLR) jointly organized the convened session “Propagation Channels for Wide-Sense Vehicle-to-X Communications” in EuCAP 2018. More than 80 people attended and 10 papers are presented.
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The paper “A Geometry-Based Stochastic Channel Model for the Millimeter-Wave Band in a 3GPP High-Speed Train Scenario” has been published on IEEE Transactions on Vehicular Technology (Impact factors: 4.066).
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The paper "User Association and Backhaul Bandwidth Allocation for 5G Heterogeneous Networks in the Millimeter-Wave Band" obtained the best paper award at the 2017 IEEE/CIC International Conference on Communication in China, in which the award ratio was only 0.18%.
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