Previous positions: Deputy Director, Department of Electrical Engineering, Tongji University,
Assistant to the Dean of Tongji University Railway and Urban Rail Transit Research Institute,
Executive vice president of Institute of Railway and Urban Rail Transit, Tongji University.
Won the second prize of scientific and technological progress of the Ministry of Railways.
Ministry of Railways No.043 [1996] Award Certificate: 97147-7);
Shanghai Yucai Award, 1999
Young and middle-aged experts with outstanding contributions by the Ministry of Railways 1998
Main scientific research projects presided over and participated in:
1. National High-tech Research and Development Plan (863 Plan)-Special Sub-project of Localization and Innovation of High-speed Maglev Transportation System Technology-"Research on Vehicle Speed Measurement and Positioning Technology", 2002-2003;
2. The national high-tech research and development plan (863 plan) special sub-project of electric vehicle-"Preliminary research on network, bus and communication protocol", 2001~ 2002;
3. The microcomputer control and detection system of electric locomotive passed the appraisal of the Science and Technology Department of the Ministry of Railways in 1996, and won the second prize of scientific and technological progress of the Ministry of Railways in 1997. Ministry of Railways Technical Appraisal Zi [1996] No.043
4. Specification for Control and Diagnosis Information Communication Network of High-speed Test Train (Drafter), Science and Technology Department of Ministry of Railways, Pre-feasibility Study Office of Beijing-Shanghai High-speed Railway of Ministry of Railways1April, 996.
3. The National Key Project "Research on Control and Diagnosis System of High-speed Test Train" (No.95-41-01-04) during the Ninth Five-Year Plan is a scientific and technological development plan project of the Ministry of Railways (No.95J09).
4. Pre-research on communication network of high-speed train carriages. Science and Technology Development Plan Project of Ministry of Railways (No.:95J08)
The control system of the 5.200 km/h EMU (Pioneer) includes the development of the auxiliary system control unit ACU and the door axle temperature control unit XDU, which is a national key research project in the Ninth Five-Year Plan (No.:97-4 17-02-07) and a scientific and technological development plan project of the Ministry of Railways.
6. Research on TCN standard of train control network: Science and Technology Development Fund of Ministry of Railways in 2000.
Application research of 7.7. CAN Bus in Locomotive (EMU) Zhuzhou Electric Locomotive Research Institute
8. Analysis of SIBAS 16 and SIBAS32 systems of Shanghai metro vehicles.
Works: Principles and Systems of Microcomputer, Beijing Hope Electronic Publishing House, February 2003.
Main papers published:
Journal of data communication railway of high-speed train control system 1997 1 1
Discussion on control system scheme of AC drive diesel locomotive Journal of Shanghai Railway University 1999 10
Reflections on the development of train microcomputer control system in China Journal of Shanghai Railway University 1999 10
Application of redundancy technology in high-speed train communication network, traffic and computer
Design and Implementation of Man-machine Interface for Train Driving and Computer Display in Train Driver Station
1999 Volume 5 17
Application of CAN Bus in Train Microcomputer Control System Locomotive Electric Drive 1999 Phase II
Design and implementation scheme of on-board diagnosis system for 200KM/H EMU
Journal of Shanghai Railway University 1999 10
Research on ARCNET communication network card of intelligent train bus, Locomotive Electric Drive1997 No.6.
Design and research on the prototype of bus network nodes of line trains, urban rail transit research 200 1.
Volume 4, Issue 3
Microcomputer control system for urban subway and light rail trains Electric locomotive technology 200 1
Volume 24, No.3
Design of Repeater in ARCNET Communication Network, Industrial Control Computer, 200 1, No.8.
Design of prototype node of line train bus, industrial control computer, 200 1, No.8.
Soft stop control power electronics technology asynchronous motor pump control soft starter, 200 1.6.
Fieldbus and train control network industrial control computer, 2002 8+0
Detection and control of train anti-skid with fuzzy algorithm, traffic and computer, 2002.2www
Wu, 1959 1 1 was born in Dali, Yunnan in June; 1February, 1982, he entered this school to receive undergraduate education. The highest degree he has obtained is a master's degree, and he is currently studying for a doctorate. 65438+1was named as an associate professor in July 1996 and a professor in June 2002.
Engaged in teaching and scientific research of locomotives and rolling stock all the year round. The research direction is the braking and safety technology of rail vehicles. In recent years, a group of graduate students have been trained, and they have undertaken the teaching of four undergraduate courses such as vehicle braking and three graduate courses such as new braking technology for many times. 1997 10 won the second prize of national teaching achievement (the second winner); /kloc-0 won the first prize (second winner) of Shanghai teaching achievement in April, 1998.
Over the years, he has presided over and participated in more than a dozen scientific research projects of the state, the Ministry of Railways and Shanghai. Among them, the national 95 scientific research project "Development of braking system for 200km/h EMU" which I presided over successfully developed a microcomputer-controlled through electro-pneumatic braking system for the first time in China, which filled the domestic blank and laid a solid foundation for the development of high-speed trains and the localization of urban rail transit in China.
In my work, I have co-authored two books, Structure and Design of Urban Rail Vehicles, and more than a dozen papers, such as Research and Test of Microcomputer Controlled Direct Electro-pneumatic Braking System.
1998 was recommended as a candidate for the national "100 million talents project" and a top-notch young science and technology talent of the Ministry of Railways;