The Digital Signal Processing
Institute: School of Electronic and Information Engineering
Credit: 3
Credit hours: 56
Course number: 0133102
With the methods of numerical calculation, digital signal processing which has been applied in almost all the fields of engineering technology, is to use the computer or special equipment to collect, filter, enhance, compress, estimate and recognize the signals, in order to extract information and easy to apply. The study of this course will make the student master the basic theory and basic methods of digital signal processing, which lays the foundation for the subsequent courses.
The Information Recognition Technology
Institute: School of Electronic and Information Engineering
Credit: 2
Credit hours: 36
Course number: 0134103
This courseexpounds the basic concepts and theories, introduces how to build the information recognized system based on the barcode, magnetic card, IC card, electronic tag, image and human biometrics characters etc., and how to be applied in the fields such as logistics, library and information, medical services, financial industry and authentication etc.
The Phase Locking and Frequency Synthesis
Institute: School of Electronic and Information Engineering
Credits: 2
Credit hours: 30
Course number: 0134215
This course is a professional course of the electronic information engineering major, with the task of which is to research the closed loop automatic control system of tracking the phase and frequency of input signal and application in the communication technology, which lays the foundation for the subsequent courses such as communication principle and technology, signal measurement and control etc., which lays the foundation for the relevant application.
The Wireless Location System and Application
Institute: School of Electronic and Information Engineering
Credit: 2
Credit hours: 30
Course number: 01344212
The main task of this course is to make students understand the global positioning system (GPS) development, master the GPS principle and GPS positioning method and the GPS measurement data processing and analysis, understand the application of GPS technology in various engineering survey, cadastral survey, traffic management, navigation, geographic information system and so on, which will lay the foundation for the application of this advanced positioning technology in the future work.
The Course Design of Programmable DigitalSystem
Institute: School of electronic and information engineering
Credits: 1
Credit hours: 1 week
Course number: 0136100
Based on the digital circuit and the design of programmable logic system, this course is to realize the preliminary design of digital system within the required time by using the special hardware language and software tools, and make students master the basic steps and design technologies of digital system, and reach the purpose of training students ability to analyze and solve practical engineering problems and engage in engineering design.
The Programmable DigitalSystem Design
Institute: school of electronic and information engineering
Credits: 3
Credit hours: 48
Course number: 0134100
Based on the learning of digital circuits, this course is to make the students understand the basic knowledge and design methods including the structure of the large-scale programmable ASIC FPGA/CPLD, device characteristics, application object and configuration etc., and master a kind of hardware description language (such as VHDL and Verilog HDL), the relevant software development tools and key technologies in the design of electronic system.
The FPGA Advanced Application
Institute: School of Electronic and Information Engineering
Credits: 2
Credit hours: 30
Course number: 0134203
This course is on the basis of the programmable digitalsystem design and aims to improvethe designand application methods of FPGA further. This course is mainly to learn the relevant technology knowledge such as IP core designmethod, Ping Pang cachetechnology, the optimization of design method, complex systemdesignand modulepartition,Model Sim simulation,NiOS II system configurationand DSPBuilder etc.
The Radio Frequency Integrated Circuit Application
Institute: School of Electronic and Information Engineering
Credits :2
Credit hours: 30
Course number: 0134200
The radio frequency integrated circuit technology is used to solve the practical problems for the engineers who are engaged in the wirelessapplications fields such as wirelessdigital audio, digital video data transmission system, wireless remote control and telemetry system,wireless dataacquisition systemdesign, wireless networkand wirelesssecurity system etc. The content of this course is mainly divided intofour parts: RF transmitterchip,RFreceiver chip,RF transceiverchip, and wireless communication RFfront-end chip. This course also introduces the relevant knowledge such as the principle of radio frequency integrated circuit,structure,technical characteristics,application circuit andprinted circuit board design and focuses more on the combination of theory and practice, the combination of new technologies and engineering.
The Digital Signal Processor and Application
Institute: School of Electronic and Information Engineering
Credits: 3
Credit hours: 48
Course number: 0134104
This course is on the basis of the development of DSP technology and system, combines the technologies of embedded systems and computer, and emphasizes to establish the contacts with professional basic courses of the electronic and information major. This course introduces structures, characteristics, technology principle and DSP system development.
The content of this course includes as following: the development and characteristics of digital signal processor technology, several different DSP device structures and their indexes, hardware structure and programming model of C54xDSP, DSP instructions and programming optimization, development tools for DSP, design and application of digital signal processor, and development method of modern digital signal processing (such as MATLAB / Simulink, CCS Link, DSP Builder, SOPC Builder etc.).
The DSP Course Design
Institute: School of Electronic and Information Engineering
Credits: 2
Credit hours: 2 weeks
Course number: 0136104
This course is based on C2000 digital signal processor of Tl company as the hardware platform, introduces all kinds of engineering projects and algorithm implementation and classic designs of DSP system in detail through examples. The content of this course includes DSP peripheral circuit design, CCS2000 DSP software environment and design, DSP general extension language, DSP algorithm implementation and comprehensive cases. Meanwhile, this course also introduces the application of MATLAB and Simulink in the DSP design—for the design and analysis and implementation of DSP algorithm, and emphasizes the mixed programming of C and assembly language. In practical exercises of this course, two steps methods are taken: simulation and verification, the program development at the floating-point and fixed-point format.
The Micro Controller Application Design
Institute: School of Electronic and Information Engineering
Credits: 2
Credit hours: 32
Course number: 0134106
This course mainly introduces thebasic principle and applicationtechnology of microcontroller with MCS51MCU, and involves in two parts: microcomputer principle and microcontroller application, including the computer numerical system and its transformation, microcomputer structure, MCS51 series MCU structure, instruction system and assembly language programming, interrupt/timer /counter/serial ports, C51 language programming, MCU system expansion, typicalMCS51serial busdesign etc. Meanwhile，this course also introduces some comprehensive practical examples: ultrasonic reversing radar,fire smoke detection,remotecommunication control, and electronicperpetual calendar etc.
The Microcontroller Principle and Interface Technology
Institute: School of Electronic and Information Engineering
Credits: 4
Credit hours: 60
Course number: 0103103
This course is a practical course and more emphasize on the combination of theory and practice in its content. This course introduces the structure and principle of MCS 51 microcomputer, system extension and interface technology. The content of this course is divided into two parts: on the software side, including the instruction system, assembly language program design and C language program; on the hardware side, including MCU I/O interface, the internal interrupt system, timer /counter, serial ports, memory extension and I/O interface extension technology and application. At the end of this course, some examples are used to explain MCU application system design and simulation technology.
The Electronic Design and Drawing
Institute: School of Electronic and Information Engineering
Credits: 3
Credit hours: 48
Course number: 0133100
Electronic design and drawing is an essential professional skill in the major of electronic information mastered by the students. Based on the software of Altium designer 2014, this course introduces the whole design process from the fundamental to the senior operation in details, including the setup of electronic component library and PCB component library, the electronic system schematic design, PCB layout and routing, the setup of rules, reports, artwork output and post processing etc. Through learning, in the concrete circuit as an example, at a professional design and practice angle，this course will enable students to master the electronic design drawing knowledge and skills, including the input of schematic , the use of electronic component data integrated management environment, the development of center database, the use of PCB design tools and the future required skills, which lays the foundation for the future work.
The Embedded System Design
Institute: School of Electronic and Information Engineering
Credit: 2
Credit hours: 30
Course number: 0134211
This course is offered for the students who have complete the learning of microcomputer principle course and operating system principle course, and aims to further understand the cutting-edge dynamic development of electronics industry. Besides the introduction of the concept and basic principle of embedded system technology, this course also distinguish the form of previous signal-chip technical systems by introducing the hardware and operation system of embedded system together as one technical platform, which complies with the features of embedded system and the principle of SoC. Through learning, students will understand the general embedded processors at home and abroad, embedded system structure and application. In addition, they should be able to familiar with the high performance dual-core ARM Cortex-A9 chip of Xilinx company and its system structure, instructions, programming operation, and understand the principle, structure and code transplantation of Ubuntu real-time operation system, and master the SoC system design technology.
The Database Principle and Application
Credits: 2
Credit hours: 30
Course number: 0133103
This course mainly introduces the database theory and its application technology. This course is to make the students understand exactly what is database, data model, conceptual model, the applications in various fields, and master development methods of database technology, and have the basic skills to develop database application system by using relevant database tools, which will lay the foundation for managing and using information by using database application technologies in the future.
The Virtual Instrument Technology
Credits: 2
Credit hours: 30
Course number: 0134210
This course mainly introduces the concept, basic structure and the design idea of virtual instrument system. In order to improve the student’s ability of computer comprehensive application, this course also introduces software design methods and development tools of virtual instrument system, and provide a general design platform of hardware and software of instrument for the students to develop related instruments.
The Sensor and Testing Technology
Credits: 4
Credit hours: 56
Course number: 0134102
This course is a professional course for the bachelor students of the electronic and information engineering major, and aims to enable the students to master the fundamental working principle of sensors and general detection methods, uses and designs the general sensors and detection systems, which will lay a good foundation for the students to engage in practical engineering projects in the future.
The Introduction of Electronic Information Engineering
Credits: 1
Credit hours: 16
Course number: 0133201
This course is a comprehensive introduction to the development, connotation, application of electronic information engineering, and outlines the current mainstream technologies and hot applications of electronic and information engineering major, and introduces the association between relevant professional development and this major. In addition, according tothe professional training objectives, this course introduces the professional knowledge structure, course system, skill requirements and learning methods.
MATLAB Thematic Practice
Credits: 2
Credit Hours: 1 Week
Course number: 0136101
This course is a professional course design of the electric and information major, with the task of which is to solve the practical problems with MATLAB. This course mainly requires to be familiar with the signal processing toolbox of MATLAB ， master the MATLAB programming basis and skill, and grasp the course essence in the meanwhile, which will lay a solid foundation for the students to engage in scientific research and engineering calculation in the future.
The Digital Image Processing and Application
Credits: 2
Credit Hours: 30
Course number: 0134206
This course is a free elective course of the electronic information profession, with the task of which is to expound the theory and relevant algorithm of digital image processing. This course mainly covers: the digital image changing methods, the digital image enhancement and coding technology, the digital image segmentation and two values processing technology etc, and it will lay a foundation for the digital image application in the fields such as communication and remote sensing and so on.
The Signals and Systems A
Credits: 4
Credit Hours: 72
Course number: 0133101
This course is a professional basic course of electronic and information major, with the task of which is to research the basic concepts and analysis methods of determinate signal and linear time invariant system. This course mainly covers: time-domain analysis, frequency-domain analysis and transform domain analysis on continuous and discrete signal and system, system function and so on. It will lay a foundation for further learning on courses such as communication, digital signal processing etc.
The Voice Signal Processing and Application
Institute: School of Electronic and Information Engineering
Credits: 2
Credit Hours: 30
Course number: 0134208
This course is a free elective course of the electronic and information major, with the task of which is to research the voice signal analysis and processing technologies etc. This course mainly covers: the voice signal coding and compression, synthesis and recognition, enhancement and so on. It will lay a foundation for the voice signal applications in fields such as communication, multimedia database, internetwork and so on.
The Communication Electronics Circuit
Institute: School of electronic and information engineering
Credits: 3
Credit hours: 56
Course number: 0133103
This course is a professional basic course of the electronic and information engineering major, with the task of which is to study the basic principle and analysis methods on the communication electronic circuit. This course mainly introduces the unit circuit analysis and design ，and researches the related circuit principle, component and function of the radio equipment receiver and transmitter.
The Digital Audio and Video Technology
Credits: 2
Credit hours: 30
Course number: 0134207
This course is an optional course of the electric and information major, which aims to learn the relevant knowledge of audio- video system such as the signal source equipment, the signal processing equipment, the amplifier and mixer equipment, the output equipment and the various audio-video systems design, installment and maintenance including the home audio-video system, modern dance halls audio- video systems and public broadcasting audio-video system. This course focuses on the composition block diagram and the basic working principle of home audio-video system, which can make the students enlarge the scope of knowledge and improve the basic skills and employment reference.
The Communication Principle
Institute：School of Electronic and Information Engineering
Credits：4
Credit hours：60
Course number：0134101
This course is a professional course of electronic and information engineering major, with the primary task of which is to research the basic principle and analysis methods of the communication system and information transmission. This course mainly covers the analog modulation system, the digital transmission of analog signals, the baseband transmission of digital signals, frequency band transmission of digital signal, and emphasizes on the modulation and demodulation technologies during the transmission of frequency band.
The Information Theory and Coding
Credits：2
Credit hours：32
Course number：0133104
This course is a professional course of the electronic and information engineering major, with the main task of which is to learn the information theory by the application of probability theory, random process and the modern methods of mathematical statistics, and research the general rules of information extraction and transmission and processing. The effectiveness and reliability and security of the information system are improved by using the technologies of source coding and channel coding and encryption coding, so that the optimization of information system is realized.