What are the high tech industries of electronic information technology?

a) Software. 1. System software.

2. Support software.

3. Middleware software.

4. Embedded software.

5. Computer-aided engineering management software.

6. Chinese and multilingual processing software.

7. Graphics and image software.

8. Financial information software.

9. Geographic information system.

10. E-commerce software.

11. E-government software.

12. Enterprise management software.

ii) Microelectronics.

1. Integrated circuit design technology.

2. Integrated circuit product design technology.

3. Integrated circuit packaging technology.

4. Integrated circuit testing technology.

5. Integrated circuit chip manufacturing technology.

6. Integrated optoelectronic device technology.

3) Computer and network technology.

1. Computer and terminal technology.

2. All kinds of computer peripheral equipment technology.

3. Network technology.

4. Integrated system for spatial information acquisition and comprehensive application.

5. Application Department for industry and enterprise informatization.

6. Sensor network nodes, software and systems.

4) Communication technology.

1. Optical transmission technology.

2. Small access equipment technology.

3. Wireless access technology.

4. Supporting technology of mobile communication system.

5. Softswitch and VOIP systems.

6. Business operation support management system.

7. Value-added business application system for telecommunication network.

v) Radio and television technology.

1. Studio equipment technology.

2. Interactive information processing system.

3. Information protection system.

4. Digital terrestrial television technology.

5. Terrestrial wireless digital radio and television technology.

7. Optical transmission and reception technology.

8. Radio and television station automation technology.

9. Integrated management system for network operation.

10. IPTV technology.

11. High-end personal information service platform.

6) New electronic components.

1. Semiconductor light-emitting technology.

2. Chip and integrated passive component technology.

3. Chip semiconductor device technology.

4. Medium and high-end electromechanical component technology.

7) Information security technology.

1. Safety assessment.

2. Safety management.

3. Security applications.

4. Safety basics.

5. Network security.

6. Special security class.

Outside. 8) Intelligent transportation technology.

1. Advanced traffic management and control technology.

2. Basic traffic information collection, processing equipment and related software technology.

3. Advanced public transportation management equipment and system technology.

4. On-board electronic equipment and system technology.

Electronic information engineering is a discipline that applies modern technologies such as computers for electronic information control and information processing, mainly researching the acquisition and processing of information, the design, development, application and integration of electronic equipment and information systems, and a wide caliber major in electronic and information engineering.

This major cultivates senior engineering and technical talents with innovative ability who master modern electronic technology theories, are familiar with electronic system design principles and design methods, have strong computer, foreign language and corresponding engineering technology application capabilities, and are oriented to electronic technology, automatic control and intelligent control of bright fiber, computer and network technology and other fields of electronics, information and communication.

Electronic information technology refers to the technical field of information transmission, processing, storage and display using electronic technology and information technology. It is an important branch in the field of modern science and technology, and is widely used in communications, computers, electronics, control, automation and other fields. The development of electronic information technology has profoundly changed people's way of life and social development.

The subject content of electronic information technology mainly includes the following aspects:

1.Fundamentals of Circuits

The foundation of the circuit is the foundation of electronic information technology, which is the study of the basic principles and application technologies of electronic components and circuits, including circuit analysis, circuit design, circuit testing, etc. Circuit foundation is the foundation of electronic information technology, and it is an important basic course for the study of electronic information technology.

2.Signals & Systems

Signal and system is one of the core contents of electronic information technology, it is the theory and method of studying signal generation, transmission, processing and identification, including analog signal and digital signal processing, friendly filtering, modulation, demodulation, coding, decoding, decoding, etc. Signals and systems are important courses in the study of electronic information technology, and are the foundation of communication, electronics, automation, control and other fields.

3.Principles of communication

The principle of communication is the basic principle and method of studying the transmission, reception and processing of information, including analog communication and digital communication. Analog communication refers to the use of analog signals for information transmission, including amplitude modulation, frequency modulation, phase modulation and other technologies; Digital communication refers to the use of digital signals for information transmission, including digital modulation, digital demodulation, digital coding, digital decoding and other technologies. Principles of communication is an important course in the study of electronic information technology and the foundation of the field of communication.

4.Computer Principles and Applications

Computer principles and applications are one of the important fields of electronic information technology, which is the study of the basic principles and application technologies of computer hardware and software, including computer architecture, computer composition principles, computer networks, operating systems, databases, etc. Computer Principles and Applications is an important course for the study of electronic information technology and the foundation of the computer field.

5.Microelectronics

Microelectronics technology is one of the important fields of electronic information technology, which is the study of the manufacturing and application technology of microelectronic devices and circuits, including integrated circuits, semiconductor devices, microelectromechanical systems, etc. Microelectronics is an important course in the study of electronic information technology and is the frontier of the field of electronic technology.

In short, electronic information technology is a broad and profound discipline involving a wide range of fields, including circuits, communications, computers, control, automation, etc. When learning electronic information technology, it is necessary to master a solid mathematical foundation and physical foundation, and at the same time, it is also necessary to have innovative thinking and practical ability, so as to better apply electronic information technology to solve practical problems.