Telecommunications professional each university is different, to find the whole will be difficult, but a lot of many basic courses are version of the same, divided into hardware, software and mathematical rights (useful mathematical knowledge). I'll give you a list of courses covering broadcasting
Hardware: circuit analysis, analog electronics, digital circuits, high frequency circuits, signals and systems, microcontroller technology, sensors, electromagnetic fields, DSP.
Software: C language, C++, Liunx system, embedded programming under Liunx, Windows CE programming.
Mathematics: Advanced Mathematics, Linear Algebra, Functions of Complex Variables, Generalized Function Analysis.
⑵ electronic information engineering junior semester schedule who know
exams must pass the analog electric digital electricity high mathematics large object examination must have four and computer two
⑶ please tell me "electronic information engineering" major four years to learn all the courses
each school is different, the scope of selection is also different, but the school will not be able to do so.
Electronic information engineering courses
06120407 Circuit Analysis [72-4-3]
Prerequisite courses: Advanced Mathematics
Abstract: This course introduces the basic concepts of circuits and the basic laws; analysis of simple resistance circuits; general analysis of linear resistance circuits; non-linear resistance circuits; and the use of the same circuit analysis method to analyze the circuit. This course introduces the basic concepts and fundamental laws of electric circuits; general methods of analysis of simple resistive circuits; linear resistive circuits; nonlinear resistive circuits; first-order, second-order, and higher-order circuits; steady-state analysis of sinusoidal current circuits; circuits with mutual inductance; resonance in electric circuits; frequency properties of circuits; three-phase circuits; steady-state response of circuits under periodic excitation; Fourier and Laplace transforms; two-port networks; fundamentals of network graph theory; the state-variable approach; an introduction to nonlinear circuits; and circuits with distributive parameters.
Target: undergraduates of electrical majors
Teaching materials: Fundamentals of Circuit Theory (second edition), edited by Zhou Changyuan, Higher Education Press
Main reference: Fundamentals of Circuit Analysis (third edition), edited by Li Hansun, Higher Education Press
06120408 Analog Circuits [72-4-4]
Prerequisite: Circuit Analysis
The following is a list of courses that are available for students who wish to take this course. Course; Circuit Analysis
Summary: This course systematically describes the basics of analog circuits, basic principles and basic analysis methods. It includes semiconductor devices and their principles; semiconductor amplifier circuit basics; field effect tube amplifier circuits; feedback amplifier circuits; power amplifier circuits; integrated operational amplifiers; signal arithmetic and processing; signal generator circuits and DC power supplies.
Study object: electrical undergraduates of various majors
Teaching materials: Fundamentals of Analog Electronics (second edition) Tong Shibai edited by Higher Education Press
Main reference books: Fundamentals of Analog Electronics Concise Tutorials (second edition) Yang Suxing edited by Higher Education Press
06120409 Digital Circuits [72-4-5]
Prerequisite courses: Digital Circuits [72-4-5]
The following is a list of the most popular courses in the field of digital circuits and the most popular ones. p>
Prerequisite: Circuit Analysis
Abstract: This course systematically describes the basics of digital circuits, basic analysis and design methods. According to the development of digital electronic technology, highlighting the application of medium and large-scale integrated circuits. The content of the semiconductor devices and basic logic gates, circuit structure, operating principles and logic functions, as well as the basis of logic algebra and logic function simplification. On this basis, it introduces the working principle and function of various kinds of triggers, and introduces combinational logic circuits, time sequence logic circuits and their design methods in detail. In addition, it also introduces the pulse circuit and its waveform analysis method; large-scale integrated circuits in the basic working principle of the MOS memory unit and integrated storage logic function; programmable controller PLC basic working principle; A/D, D / A conversion of the basic working principle and conversion method.
Study object: electrical undergraduates of various majors
Teaching materials: "Fundamentals of Digital Electronics" (fourth edition) Yan Shi edited by the Higher Education Press
Main reference books: "Fundamentals of Digital Electronics Concise Tutorial" (second edition) Yu Meng-chang edited by the Higher Education Press
06120410 Communication Electronic Circuits [54-3-5]< /p>
Prerequisite: a course on the basic principles and conversion methods of A/D and D/A converters.
Prerequisite courses: circuit analysis, analog circuits
Abstract: This course introduces broadband amplifiers in communication circuits, amplitude modulation, detection and frequency conversion, angular modulation and demodulation, waveform conversion, feedback control circuits, power conversion, noise, interference and its suppression.
Target: undergraduate students majoring in electronic information engineering
Teaching materials: Communication Electronic Circuits, Xie Yuanqing, Beijing University of Posts and Telecommunications Press
Main reference books: Communication Electronic Circuits , Li Tangzhi, edited by the Electronic Industry Publishing House
06120411 Signals and Systems [72-4-4]
Prerequisite courses: Circuit Analysis
The course is designed to help students to understand the characteristics of the signaling system, and to understand how it works. Circuit Analysis
Abstract: This course provides a systematic introduction to the basic theory and analytical processing of signals through linear time-invariant systems. It mainly discusses continuous time signals and systems (from time domain to transform domain), discrete time signals and systems (from time domain to transform domain) and state variable analysis of research systems (including continuous and discrete, time domain and transform domain).
Study object: electronic information engineering undergraduate
Teaching materials: "Signals and Systems" Zheng Junli and other editors, Higher Education Press
Main reference books: "Signals and Systems Analysis Fundamentals" Jiang Jianguo and other Tsinghua University Press
06120412 Principles of Computer Composition [64-3-5]
Prerequisite Courses Computer Fundamentals and Applications
Abstract: This course introduces the principles of computer composition at three levels: basic, composition, and system. The basic part of the computer system concept, data representation and coding in the computer, code verification, the basic components of the computer, machine number of arithmetic methods; components include the operator, instruction system, main memory, CPU and controller; system part of the storage architecture, peripheral devices, host and peripheral data transfer mode.
Study object: electrical undergraduates of various majors
Teaching materials: "Principles of Computer Composition," edited by Li Wenyue, Tsinghua University Press
The main reference books: "Principles of Computer Composition," edited by Li Wenyue, Tsinghua University Press
"Principles of Computer Composition," edited by Zhang Junliang, Electronic Industry Publishing Co. 06120413 C Language and Data Structures [54-3-4]
Prerequisite: Computer Fundamentals and Applications
Abstract: This course takes C++ as the introductory language for students to learn computer programming, and not only introduces the C++ language itself in detail, but also introduces common data structures and algorithms, so that students can use computer language to solve the simpler problems and their solutions in the real world. The main content is object-oriented programs. The main content is object-oriented programming techniques and the basic methods and rules of C++ programming. It introduces the basic data types, basic control structures, and the mechanisms of object-oriented programming such as classes, objects, derivatives, inheritance, and multi-developmentalism through the C++ language.
Target: undergraduate students majoring in electricity
Teaching materials: "C++ language programming" Zheng Li and other editors, Tsinghua University Press
Main reference books: "C++ language object-oriented programming" Chen Weixing and other editors, Tsinghua University Press
06120414 Digital Signal Processing [54-3-5]
Prerequisite: Advanced Mathematics and Computer Science. Prerequisite courses: advanced mathematics, signals and systems
Summary: This course systematically discusses the basic theory of digital signal processing, the basic analysis methods and basic implementation methods. The main content is the basic theory of discrete-time signals and systems, including discrete-time signals and systems, Z transform and discrete Fourier transform; digital filter structure, theory and design methods; a variety of fast Fourier transform algorithms; digital signal processing in the finite word-length effect; computer-aided design of digital filters and FFT and digital filter hardware and software implementation.
Textbook: "Digital Signal Processing Tutorial" edited by Cheng Peiqing Tsinghua University Press
Main reference books: "Digital Signal Processing" edited by Liu Lingpu Harbin Institute of Technology Press
06120506 Principles of Microcontroller and Interface Technology [54-3-6]
Prerequisite Courses: Computer Fundamentals and Applications, Principles of Computer Composition
The content of the summary of the content of the first two courses: the first course is a computer, the second course is a computer. p>
Summary: This course introduces in detail the structure, working principle, addressing mode, instruction system and program design method of MCS-51 series microcontroller, as well as the application of microcontroller in the field of intelligent instrumentation, mechatronics, real-time process control and other fields. Students will be able to master the basic skills of microcontroller application system design and development.
Target: Electrical undergraduates
Textbook: "Microcontroller Principles and Applications" edited by Cao Qiaoyuan, Electronic Industry Publishing House
Main reference books: "MCS-51 Microcontroller Experimentation Guide" edited by Zhang Youde, Fudan University Press
06120602 Computer Communication Networks [42-2-6]
This course is intended to provide students with basic skills in the design and development of microcontroller application systems. Abstract: This course introduces the basic concepts and basic principles of computer communication networks, based on the OSI reference model and clues, a comprehensive and systematic description of the hierarchical network architecture. And take into account the OSI and TCP/IP two systems, explain their **** nature of the problem, the content covers the local area network, wide area network, Inter network, ATM and B-ISDN and other network systems, highlighting the concept of communication subnetwork and resource subnetwork, a detailed discussion of various types of communication switching technology used for computer communications.
Study object: electrical undergraduates of various majors
Teaching materials: "Computer Communication Network Fundamentals" Gu Shangjie edited by Electronic Industry Press
06120501 Electronic Measurement Technology [48-2-6]
Prerequisite courses: college physics, physics experiments, analog and digital circuits
Abstract: This course introduces analog indication electrical measurement instruments, analog and digital circuits, analog and digital circuits, analog and digital measurement instruments, analog and digital measurement instruments, analog and digital measurement instruments, analog and digital circuitry. This course introduces the analog electrical measurement instruments, electronic instruments and applications, and introduces the digital measurement technology, data acquisition system, and the correct selection and use of instruments and meters and precautions in more detail. It also introduces the selection and use of magnetic measurement and the corresponding instruments and meters.
Study object: electrical undergraduates of various majors
Teaching materials: "Electrical Measurement Technology" edited by Tao Shishu Metrology Publishing House
The main reference books: "Electromagnetic Measurement", Tong Tong Tong unified, etc. Tsinghua University Press
06120502 Sensing Technology [45-2-7]
Prerequisite courses: University Physics, physics experiments, analog and digital circuits
The course is designed to help students to understand the characteristics of the measurement system and the use of the instrumentation. Analog and Digital Circuits
Summary: This course introduces the principles of sensors, structural measurement circuits and application examples. It includes the basic concepts of sensors, resistive, capacitive, inductive, piezoelectric, thermoelectric, photoelectric, gas moisture sensitive, magnetic and radiation sensors and their applications.
Study object: electrical undergraduate students
Teaching materials: "Sensor Principles and Applications" Huang Xianwu and other editors 1995
Main reference books: "Sensor Principles, Design and Application" Liu Yingchun and other editors 1989
06120503 Information Theory Fundamentals [48-2-6]
Prerequisite courses: advanced mathematics, signals and signals, and the application of the basic theory of information. Advanced Mathematics, Signal and System
Abstract: This course introduces the basic concepts and basic analytical methods of information theory, such as the basic concepts and basic theories about information and its measurement, source and its coding, channel and its coding. It also introduces data transmission codes, compression codes, error detection and correction codes, multi-terminal information networks, estimation theory, test hypotheses and barcodes and other application topics.
Study object: electronic information engineering undergraduates
Teaching materials: "Information Theory Fundamentals" by Tsinghua University Press
Main reference books: "Information Theory Theory Fundamentals" by Jia Shilou, Harbin Institute of Technology Publishing House
06120504 Principles of Communication [48-2-6]
Prerequisite courses: Advanced Mathematics, Signal and Signal Processing. Advanced Mathematics, Signals and Systems
Abstract: This course introduces the basic concepts of communication and communication systems, including analog communication (analog modulation principles and methods, noise performance analysis model and methods), digital communication (analog signal waveform coding, digital signal baseband and modulation transmission, error control coding), and a large number of analog communication systems and digital communication systems applications. The book also gives a lot of examples of applications of analog and digital communication systems.
Study object: electronic information engineering undergraduates
Teaching materials: "Principles of communication concise tutorial" Nan Liping edited Tsinghua University Press
Main reference books: "Principles of modern communication" Cao Zhiping and other Tsinghua University Publishing House
06120505 Principles of automatic control [54-3-5]
Prerequisite courses. Advanced Mathematics, Circuit Analysis
Abstract: This course covers the basic concepts of control systems, mathematical modeling of control systems, time domain analysis, frequency characteristics, frequency correction of control systems, discrete control systems, and so on.
Study object: electrical undergraduates of various majors
Teaching materials: "Principles of Automatic Control" (on the next) Hu Shousong edited by the National Defense Industry Press
Main reference books: "Principles of Automatic Control" (on the next) Huang Jiaying edited by the Electronic Industry Publishing House
06120415 Electronic Design Automation [32-2-6]
Prerequisite courses: digital circuits, control systems, frequency characteristic method, frequency correction, discrete control systems and so on. Prerequisite courses: digital circuits, analog circuits
Abstract: This course to Prote199SE for EDA platform, introduces the basic theory and practice of electronic circuit design automation. Mainly includes electronic circuit schematic design, analog and digital circuit simulation technology, PCB electronic circuit layout design and signal integrity analysis of the initial content.
The object of study: electrical undergraduates of various majors
Teaching materials: "Electronic Design Automation (EDA)" edited by Wang Liping University of Electronic Science and Technology Press
The main reference book: "Prote199SE Circuit Design and Simulation Applications," Liang Enzhong Tsinghua University Publishing House
(4) Electronic Information Engineering what courses ah
Mathematical courses: "Prote199SE circuit design and simulation applications," the master of the Tsinghua University Press
(4) Electronic Information Engineering what courses ah
Math courses. p>
Mathematics: Advanced Mathematics, Linear Algebra, Probability Statistics, Functions of Complex Variables, Mathematical Equations,
English: College English, Professional English,
Political Science: *** Theory, *** Ideology, Philosophy, Political Economy, Fundamentals of Law, Virtue and Moral Cultivation,
Practical Studies: Military Training, Metalwork Internship, Professional Internship,
Circuits: circuit analysis, digital circuits, analog circuits, high-frequency circuits, microwave circuits, signals and systems, digital signal processing, stochastic signal analysis, image processing, electromagnetic field theory, antenna theory, principles of communication, information theory, coding theory, digital communications, principles of television, mobile communications, satellite communications, digital video processing, digital switching technology.
The foundation of computer application technology and basic knowledge of electronic information engineering technology, but also focuses on the arrangement of circuit design, EDA technology, microcomputer principles and interface technology, PLC control technology and application, microcontroller principles and applications, embedded systems and applications, microcontroller data transmission interface extension technology and application of internships, practical training and professional skills training.
Specialized advantages: industry experts, enterprise elites for teachers to protect, with embedded systems based on the national electrician electronics and automation training base, hand in hand with domestic and foreign large-scale enterprises, the establishment of teachers mobile station, employment base more than one, sufficient jobs, employment rate is high, the development momentum is good.
Cultivation objectives: to cultivate the ability to assemble and debug electronic products, for the electronic information industry, manufacturing, service enterprises, technical operations, production management, technical support positions, engaged in product production and testing, production process implementation, production management and technical service work of high-end skilled specialists.
(5) Handan College of Information Engineering College electronic professional schedule is what
This is the 11 grade electronic schedule, a class and the second class of the class is the same. If you want the other majors in our hospital, please contact me by mail 1291685915@qq (Note: I am a grade 09 student of Handan College of Information Engineering)
Monday: 5, 6, 7 p.m. Linear Algebra D209.
Tuesday: 1, 2 a.m. ideological and moral cultivation and the foundation of the law C101; 3, 4 sections of information technology fundamentals C102; 5 and 6 periods of physical education in the afternoon.
Wednesday: 3 or 4 sections of University English A104 in the morning; 5 or 6 sections of Advanced Mathematics D207 in the afternoon.
Thursday: no class
Friday: 1 or 2 sections of Advanced Mathematics D207 in the morning; 7 or 8 sections of University English A104 in the afternoon.
(6) What are the major courses in electronic information engineering
1. Main subjects: electronic Science and Technology, Information and Communication Engineering, Computer Science and Technology.
2, the main courses: circuit theory series of courses, computer technology series of courses, information theory and coding, signals and systems, digital signal processing, electromagnetic field theory, automatic control principles, sensory technology.
3, the main practical teaching links: including course experiments, computer training, course design, production internship, graduation design. The general requirement of practical teaching links not less than 30 weeks.
4, the duration of training: four years
5, the degree awarded: Bachelor of Engineering
6, cultivation objectives: the training of electronic technology and information systems with basic knowledge, can be engaged in various types of electronic equipment and information systems, research, design, manufacturing, application and development of higher engineering talent.
7, training requirements: This is a broader electronic and information engineering specialties. The students mainly study the acquisition and processing of signals, power plant equipment information systems and other aspects of professional knowledge, by the basic training of electronic and information engineering practice, with the design, development, application and integration of electronic equipment and information systems, the basic ability.
(6) Electronic and Information Engineering Course Schedule Expanded Reading:
Graduates should obtain the following aspects of knowledge and ability:
1, to be able to more systematically master the broad technical basic theoretical knowledge of the professional field, to adapt to a wide range of work in electronic and information engineering;
2, to master the basic theory of electronic circuits and experimental techniques. Have the basic ability to analyze and design electronic equipment;
3, master the basic theory of information acquisition, processing and application of the general method, with the design, integration, application and computer simulation of information systems of the basic ability;
4, understanding of the information industry's basic guidelines, policies and regulations, and understanding of the basic knowledge of business management;
5, understanding of electronic equipment and Information system of the theoretical frontier, with research, development of new systems, new technologies, initial ability;
6, master the literature search, information query of the basic methods, with a certain degree of scientific research and practical work ability.
(7) Seek Tsinghua University Electronic Information Engineering Course Schedule
Official Course Schedule
//tsinghua.e.cn/publish/ee/3707/index
(8) Xiamen Institute of Technology 2019 Electronic Information Engineering Course Schedule
Xiamen Institute of Technology 2019 Electronic Information Engineering Course Schedule, if you are a student of the school, you can log in to the school's website, click back to the information query, you can answer to see your semester's schedule and the class you are in.
But if you're a freshman, you won't be able to log in without a student card.
But the freshmen courses are basically similar, the main courses are:
College language, college English, mathematics, physical education (with electives), basic computer (the first half of the semester of freshmen must take the first level of computer), the basic practice of computers, linear algebra, outline of modern history of China (science class) and so on.
Electronic information engineering major, is to cultivate with the basic knowledge of electronic technology and information systems, can be engaged in various types of electronic equipment and information systems research, design, manufacturing, application and development of higher engineering and technical personnel.
(9) Harbin Institute of Technology Sophomore Electronic Information Engineering Course Schedule
The schedule will be posted on the Registrar's Office website in week 0, so please log in to view it!
(10) Huanghe Institute of Science and Technology undergraduate electronic information engineering, junior, senior course schedule, who has ah, send me (is the curriculum)
(sensor principles and applications of electronic measurement technology electronic technology applications and product production gross concept communication circuits Literature Information Retrieval Special Signals and Systems This is the first half of the semester of the third genus) (stand-alone principles and applications of single-machine principles and application of stand-alone principles and application of the design of the course) (Principles of Television Principles of Television Course Design Electronic Circuit Diagramming Digital Signal Processing Microcomputer Principles and Applications Situation and Policy Professional Production Internship This is the second half of the third semester)
I'm not sure about the senior year, but there are some new adjustments
Last year, it was like this, maybe a little bit of a change
.