Beijing Jiaotong University
State Key Laboratory of Rail Traffic Control and Safety
Address: Beijing Jiaotong University, State Key Laboratory of Rail Traffic Control and Safety, Shangyuan Cun No. 3, Xizhimen Wai, Haidian District, 100044, Beijing, China
Beijing Jiaotong University (BJTU, formerly known as Northern Jiaotong University) is a national key university under the direct administration of the Ministry of Education and now is jointly supported by the Ministry of Education, the China Railway Corporation (formerly known as the Ministry of Railways) and Beijing Municipal Government.
BJTU is one of the first universities selected into the “National 211 Project” and the “985 Strength Discipline Innovation Platform” project, one of the first institutions authorized to confer master’s and doctoral degrees. BJTU, as the leading organization, has established the Collaborative Innovation Centre for Rail Transit Safety, which is one of the first 14 collaborative centers approved by the Chinese government to enter the “National 2011 Projects”.
The State Key Laboratory of Rail Traffic Control and Safety currently is the only one in the field of rail traffic in China. It was formally approved the construction in May, 2006 by the Ministry of Science and Technology of China, and successfully got through the acceptance in June 2010.
The establishment of the laboratory is closely connected with national long-term development and society needs of the state rail traffic, adhering to the research concept of “integrating the background on the application of fundamental theory research, and combining with the actual great demands of the formation of key technologies”. It conducts work according to the guiding ideology of “striving to make innovative research, breakthrough technologies and promote the industrialization of results”.
The work in the laboratory should focus on the areas of rail transportation organization, operation control, safety, information transmission, committed to creative applied basic theory and fundamental research work on the rail traffic control and safety science and technology, so as to form a rail traffic control and safety system of the core technology and equipment conforming to China’s national conditions with independent intellectual property.
The aim of the laboratory is to build the world-class research base for applied basic theory and fundamental research in the field of rail traffic, promoting the level for original innovation, integrated innovation, the introduction, absorption, further innovation as well as the training of the high-quality talents in China’s rail traffic control and safety. The research areas of the laboratory are divided into four fields:
- rail traffic flow analysis and control theory
- rail transportation safety and transportation organization theory and key technologies
- rail transport operation control system analysis and integration mobile communications theory and key technologies for rail traffic
- Railway communications
- LTE for railway
- 5G for railway
- millimeter wave
- THz communications
- propagation and channel
- high-speed railway
- smart rail mobility
- communications inside tunnels
- rail traffic control
- safety assurance
- train control.
- Zhangdui Zhong: Director of the communication department of State Key Laboratory of Rail Traffic Control and Safety
- Bo Ai: Depute director of State Key Laboratory of Rail Traffic Control and Safety
- Associate Prof. Ke Guan: Flow ray-tracing, mmWave and THz communications, LTE-R, 5G-R, mmWave for railway, smart rail mobility
- Danping He: ray-tracing simulation, cloud computation, big data, network planning and optimization for railway communications
International United Research Center on Rail Traffic Control and Safety – approved by Chinese Ministry of Science and Technology
2016 annual strategic international science and technology cooperation and innovation key project funded by Chinese Ministry of Science and Technology: Research and Application of Mobile Communication Network Theory and Technology for High-Speed Railway in Indonesia
Alexander von Humboldt research funding: Characterization and Modeling for the Millimeter and Sub-Millimeter Wave MIMO Mobile Ultra-Broadband Channel enabling Smart Rail Mobility
High-performance ray-tracing platform: The high-performance ray-tracing platform was built in 2014. The platform has 10 TB memory and 96 nodes with 1600 CPUs, and the peak processing power is 31 Tflops. High performance computing platform makes the ray tracing simulation accurate with high efficiency. The ray-tracing simulator supports: various scenarios with mobile scatterers; large frequency range: from 400 MHz to 350 GHz; complete propagation mechanisms: LOS, transmitted, reflection, scattering and diffraction models with calibrated parameters. MIMO and massive MIMO antenna arrays.