The postgraduate examination direction of aircraft control and information engineering usually involves aerospace engineering, control theory and control engineering, signal processing, communication engineering, computer science and technology and other disciplines. The research content in these directions is closely related to the automatic control, information processing, navigation, guidance, and communication of aircraft. The following are some specific postgraduate directions and their detailed professional descriptions, professional requirements and suitable groups:
1.Automatic control of the aircraft:
Professional description: Research the attitude control system, flight control system, guidance and navigation system of the aircraft, etc., involving control theory, advanced technology, system modeling, etc.
Professional requirements: solid foundation in mathematics and physics, in-depth understanding of control theory, programming and professional ability.
Suitable for people: interested in aircraft control and **, willing to engage in system design and analysis.
2.Aircraft Information Processing and Transmission:
Professional description: Research the information processing technology in the aircraft, including data fusion, signal processing, image processing, etc., as well as information transmission and communication technology.
Professional requirements: in-depth understanding of signal processing and communication principles, with data analysis and processing capabilities.
Suitable for: Interested in information processing and communication technology, and want to engage in research and work in related fields.
3.Aircraft Navigation and Guidance Systems:
Professional description: Research the navigation and guidance system design of aircraft, including satellite navigation, inertial navigation, terrain matching navigation, etc.
Professional requirements: have a solid foundation in navigation principles and system design, and have certain programming and debugging capabilities.
Suitable for people: interested in aircraft navigation and guidance systems, willing to engage in research and work in related fields.
4.Aircraft Control System Design and Optimization:
Professional Description: Study the design and optimization methods of aircraft control systems to improve the performance and stability of the system.
Professional requirements: have an in-depth understanding of control system design and optimization methods, and have certain engineering practice ability.
Suitable for people: interested in aircraft control system design and optimization, willing to engage in research and work in related fields.
5.Aircraft Communication and Network Technology :
Professional description: Research the internal communication network and external communication technology of the aircraft, including wireless communication, satellite communication, etc.
Professional requirements: have an in-depth understanding of communication principles and network technology, and have certain programming and debugging capabilities.
Suitable for: Interested in aircraft communication and network technology, and want to engage in research and work in related fields.
6.Aircraft Information Security and Protection:
Professional description: Research the security of aircraft information system, including encryption technology, invention detection, security protocols, etc.
Professional requirements: have an in-depth understanding of information security principles and protection technologies, and have certain programming and debugging capabilities.
Suitable for: Interested in aircraft information security, hoping to engage in research and work in related fields.
7.Intelligent Aircraft and Autonomous Control Systems :
Professional Description: Research on the design and autonomous control technology of intelligent aerial vehicles, involving artificial intelligence, machine learning, etc.
Professional requirements: have a certain understanding of artificial intelligence and machine learning, and have innovative thinking and programming ability.
Suitable for: Interested in intelligent aerial vehicles and autonomous control systems, and want to engage in research and work in related fields.
8.Aircraft** & Testing Technology:
Professional description: Research the model construction, software development and testing technology of the aircraft.
Professional requirements: have a certain understanding of advanced technology and testing methods, and have certain programming and debugging capabilities.
Suitable for: interested in aircraft** and testing technology, willing to engage in research and work in related fields.
9.Aircraft Human-Computer Interaction and Display Technology:
Professional description: Research on human-computer interaction interface design, display technology, etc. in aircraft.
Professional requirements: have a certain understanding of user interface design and display technology, and have certain programming and debugging capabilities.
Suitable for people: Interested in aircraft human-computer interaction and display technology, and hope to engage in research and work in related fields.
10.Aircraft Fault Diagnosis and Health Management:
Professional description: Research the fault diagnosis and health management technology of the aircraft, involving sensor data collection, data analysis, fault **, etc.
Professional requirements: have a certain understanding of fault diagnosis and health management, and have certain programming and debugging skills.
Suitable for: Interested in aircraft fault diagnosis and health management, and want to engage in research and work in related fields.
When choosing a postgraduate direction in aircraft control and information engineering, students should consider their interests, abilities, career plans, and the faculty and research direction of the target university. Each track has its own unique research content and development prospects, therefore, students need to make a suitable choice according to their own situation.