The postgraduate examination direction of measurement and control technology and instrument mainly includes but is not limited to the following aspects:
1.*Precision Measurement Technology & Instruments**:
Research on precision, intelligent and networked measurement theories, methods and technologies, involving sensor principles and design, signal processing, precision mechanical design, optical measurement, micro and nano measurement, etc.
2.*Modern Detection Technology**:
Focus on the design and implementation of new sensing technologies and intelligent detection systems, as well as their applications in industrial automation, aerospace, biomedical and other fields.
3.*Instrument Science & Technology**:
It involves the development and research of various advanced instruments, such as electronic measuring instruments, optical instruments, automatic test systems, etc., and its design principles, manufacturing processes and intelligent development directions.
4.*Measurement and control system integration and optimization**:
It focuses on the integrated design, control strategy optimization and performance evaluation of large-scale and complex measurement and control systems, including the application of embedded systems and Internet of Things technology in the field of measurement and control.
5.*Signal & Information Processing**:
Aiming at the acquisition, transmission, analysis and decision support of measurement and control data, signal processing algorithms, image processing technologies and their applications in measurement and control engineering are studied.
6.IntelliSense & Control
*Intelligent perception technology and control strategy based on artificial intelligence and machine learning, applied to intelligent manufacturing, robotics, unmanned driving and other related fields.
7.*Photoelectric Measurement and Control Technology**:
Research on methods and technologies for measurement and control using optical and electrical means, including optical fiber sensing, photoelectric tracking, laser ranging, etc.
8.*Aerospace TT&C Technology**:
Aiming at the tracking and control needs of spacecraft and aviation vehicles, we will study advanced technologies in remote sensing detection, orbit calculation, navigation and positioning, communication transmission, etc.
Candidates can choose the corresponding research direction according to their own interests and career planning, and make the final decision based on the specific disciplinary advantages of the target institution and the research characteristics of the tutor team.