The main research directions of this subject include intelligent control system and its application, networked control theory and technology, and development technology of automobile electronic control system. In recent years, he has undertaken more than 30 national "863" major projects, national science and technology major projects, national natural science foundation projects and provincial and ministerial key projects, and his research results are in the forefront of the world. The "EPA standard" participated in the formulation has become the first international standard of fieldbus with independent intellectual property rights in the field of industrial automation in China; As a core member, industrial wireless standard "WIA-PA" has become one of the three major injection standards in the international industrial wireless field. As a voting member of international industrial wireless standard ISA 100 and a member of ISA WCI working group, he undertook the development of ISA 100/10A protocol stack and the test and verification of ISA100 standard.
The main degrees and professional courses of this major include: linear system theory, intelligent control theory and technology, optimization theory and optimal control, nonlinear control theory and technology, system identification and adaptive control, pattern recognition theory and technology, embedded system and its application. This subject is a key subject in Chongqing. There are two provincial key laboratories and two provincial engineering research centers. The "China-Korea (Chongqing) Sensor Network Research Center" jointly established with Korea University has received continuous support from the Korean government's research funding, and outstanding students have been selected to study in Korea for free. We have jointly established the Sino-European Joint Laboratory of Intelligent Systems and Robots with the University of Essex in the UK and the University of Hamburg in Germany, and jointly established the Joint R&D Center of Internet of Things Technology with Wuxi Internet of Things Industry Research Institute.
The main research directions of this subject include automotive electronics and embedded systems, intelligent sensing technology and measurement and control devices, sensor networks and intelligent measurement and control systems. In recent years, he has undertaken nearly 30 national "863" major projects, national science and technology major projects and provincial and ministerial key projects, and some research results are in the forefront of the world, winning 10 scientific research awards at or above the provincial and ministerial level. Among them, the research of industrial wireless, sensor network and Internet of Things technology is at the forefront of the world, and the standard formulation is synchronized with the international.
The main degrees and professional courses of this major include: intelligent control theory and technology, optimization theory and optimal control, system identification and adaptive control, pattern recognition theory and technology, embedded system and its application, SoC and FPGA technology and its application. This subject has two provincial key laboratories, a system science research center and other good research platforms, and exchanges students with Korean universities.
The main research directions of this subject include complex system theory and method, chaotic system theory and control, RFID-based * * * shared logistics information system and so on. In recent years, he has undertaken more than 20 national natural science foundation and provincial and ministerial basic research projects, published 80 papers in important foreign journals and conferences such as Chaos, Solitons and Fractal, International Journal of Bifurcation and Chaos, and 60 papers were retrieved by SCI/EI. 100 was cited in SCI for more than one time, and won 3 natural science awards in Chongqing. Among them, "Research on Key Problems of Intelligent System Analysis and Control" won the second prize of Chongqing Natural Science.
The main degrees and courses of this major include: large-scale system control theory, nonlinear control theory and technology, intelligent control theory and technology, optimization theory and optimal control, system identification and adaptive control, pattern recognition theory and technology, etc. This discipline has two provincial key laboratories and two provincial engineering research centers. The "China-Korea (Chongqing) R&D Center for Embedded Software and Systems" jointly established with Korean universities has been continuously supported by the research funds of the Korean government, and outstanding students have been sent to study in Korea for free. The "Sino-European Joint Laboratory of Intelligent Systems and Robots" has been established with the University of Essex in the UK, the University of Hamburg in Germany and the Swiss Federal Institute of Technology. Joint scientific research and personnel training with Sydney University of Technology, Australia.
The main research directions of this subject include electromechanical system control and automotive electronics technology, intelligent system and robot, detection technology and intelligent sensor. In recent years, it has obtained 8 national projects and more than 20 provincial and ministerial-level projects, among which the project "Research and Development and Industrialization of Embedded Software Platform for Automotive Electronic Controller" jointly applied with Changan Group has a total funding of 200 million yuan. * * * Received 8 provincial and ministerial science and technology awards, published more than 70 academic papers 12 (more than 70 articles were searched by SCI/EI/ISTP), applied for or obtained invention patents12.
The main degrees and professional courses of this major include: intelligent control theory and technology, optimization theory and optimal control, system identification and adaptive control, electromechanical system control theory and application, embedded system and application, intelligent sensor technology and so on. Relying on Chongqing University Automotive Electronics and Embedded System Engineering Technology Research Center, Chongqing Intelligent Instrument and Control Equipment Engineering Technology Research Center and other provincial and ministerial-level scientific research bases, industrial communication technology R&D center, Quadruple -cyit joint R&D center and other Industry-University-Research bases, we will make full use of engineering design and product testing platforms such as CANOE, MC Fieldbus Toolkit, EMC test system and high-low temperature alternating test system to cultivate engineering application-oriented talents. The cultivation direction includes:
1. control system: field bus control system, industrial wireless measurement and control system and sensor network.
2. Intelligent instruments: intelligent transmitters, biological detection instruments, medical instruments, intelligent sensors, etc.
3. Automotive electronics: automotive ECU testing and calibration tools, automotive ABS electronic control unit, automotive body electronic control module, heavy duty engine controller, automotive instrument cluster, etc.
The main degrees and professional courses of this subject include: intelligent control theory and technology, intelligent sensor technology, electromechanical system control theory and application, MEMS technology and application, design and application of multi-bus integrated control system, industrial wireless and sensor network, and electronic product manufacturing. This subject is the leader unit of Chongqing SME informatization expert group and the deputy head unit of Chongqing Economic Commission enterprise informatization expert group. Key Laboratory of Electronic Commerce and Modern Logistics of Chongqing University, Enterprise Information Research Institute of Chongqing University of Posts and Telecommunications and Logistics Technology Research Institute of Chongqing University of Posts and Telecommunications have been established. The main direction of cultivating engineering applied talents includes:
1. System theory and its application in logistics: ① Taking the logistics system as the object, using the methods of system theory and optimization theory, the simulation model of logistics system is established, and the methods and technologies of logistics distribution system are optimized according to the indexes such as time limit and cost, and an accurate, timely, efficient and low-cost optimization scheme of logistics system is put forward and realized technically; (2) Formulate relevant standards for logistics management of automobile production line based on RFID, establish RFID technology research and development and testing platform, and build RFID-based logistics information business processing platform.
2. Enterprise information technology: mainly including ERP system, business intelligence (BI) analysis, integrated information system, distributed application software system, information security, etc.
The main degrees and professional courses of this subject include: operational research, systems engineering, modern industrial engineering, enterprise resource planning, information system analysis and design, enterprise resources and management, introduction to engineering management, introduction to instrument science and technology, logistics management and supply chain, etc.