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| 新加坡南洋理工大学 德国慕尼黑工业大学 联合项目春季入学- 微电子,航空工程 少量内部名额报名从速 |
中国沈阳招生说明会 东北大学 大学活动中心201室 10月16日晚18：30 中国珠海招生说明会 中山大学珠海分校 教学楼C301：10月10号，7pm-9pm
北京理工大学珠海分校 综合楼A108： 10月11号，3pm-5pm
北师大珠海分校 丽泽楼C108：10月11号，7pm-9pm |
 南星由新加坡政府ACAR认证 |
| 首页->新加坡留学－>新加坡国立大学，南洋理工大学研究生申请 |
Communications Engineering |
来源：NTU
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| OVERVIEW This course is designed for practising engineers and information technologists who wish to improve their knowledge and skills in the generic area of communication engineering or seek specialisation in one of the following three areas: Telecommunications, RF Engineering and Wireless Communications. PROGRAMME STRUCTURE A candidate will be admitted to the programme either as a full-time or a part-time candidate at the beginning of an academic year. Classes are conducted in the evening on a semestral basis. The requirements for the degree include satisfactory completion of a total of 30 academic units (AUs). This would typically consist of four core subjects and (i) four electives and a research project of 6 AUs based on which a dissertation must be submitted, or (ii) five electives and an independent study module. Each subject of 3 AUs consists of 39 hours of lectures. Classes for each subject will be held once a week and examinations will be conducted during office hours at the end of each semester. The minimum and maximum periods of candidature for a full-time candidate are one year and three years respectively. The minimum and maximum periods of candidature of a part-time candidate are two years and four years respectively. UBJECTS OF STUDY A) Telecommunications 1) Core Subjects EE6101 Digital Communication Systems EE6108 Computer Networks EE6122 Optical Fibre Communications EE6124 Satellite, Fixed & Mobile Radio Systems 2) Electives EE6104 Network Performance Analysis EE6105 RF Engineering Techniques EE6107 RF Circuit Design EE6109 MIC & Printed Antenna Design EE6125 Network Planning & Management EE6126 Wireless Multiple Access Communications EE6127 Wireless Networking EE6303 Electromagnetic Compatibility & Interference EE6326 Digital Television Systems EE6401 Advanced Digital Signal Processing EE6402 Real-Time DSP Design & Applications EE6425 Speech Analysis & Processing EE6427 Video Signal Processing EE6703 Multimedia Networking EE6713 Network Design & Simulation EE6731 Network Programming B) RF Engineering 1) Core Subjects EE6105 RF Engineering Techniques EE6107 RF Circuit Design EE6109 MIC & Printed Antenna Design EE6303 Electromagnetic Compatibility & Interference 2) Electives EE6101 Digital Communication Systems EE6104 Network Performance Analysis EE6108 Computer Networks EE6122 Optical Fibre Communications EE6124 Satellite, Fixed & Mobile Radio Systems EE6125 Network Planning & Management EE6126 Wireless Multiple Access Communications EE6127 Wireless Networking EE6326 Digital Television Systems EE6401 Advanced Digital Signal Processing EE6402 Real-Time DSP Design & Applications EE6425 Speech Analysis & Processing EE6427 Video Signal Processing EE6703 Multimedia Networking EE6713 Network Design & Simulation EE6731 Network Programming C) Wireless Communications 1) Core Subjects EE6101 Digital Communication Systems EE6108 Computer Networks EE6126 Wireless Multiple Access Communications EE6127 Wireless Networking 2) Electives EE6104 Network Performance Analysis EE6105 RF Engineering Techniques EE6107 RF Circuit Design EE6109 MIC & Printed Antenna Design EE6122 Optical Fibre Communications EE6124 Satellite, Fixed & Mobile Radio Systems EE6125 Network Planning & Management EE6303 Electromagnetic Compatibility & Interference EE6326 Digital Television Systems EE6401 Advanced Digital Signal Processing EE6402 Real-Time DSP Design & Applications EE6425 Speech Analysis & Processing EE6427 Video Signal Processing EE6703 Multimedia Networking EE6713 Network Design & Simulation EE6731 Network Programming Note: Curriculum is subject to changes. CONTENT OF SUBJECTS EE6101 DIGITAL COMMUNICATION SYSTEMS Communication signals and baseband transmission. Digital modulation/demodulation. Error correction coding. Spread-spectrum techniques. EE6104 NETWORK PERFORMANCE ANALYSIS Review of probability theory and graph theory. Queuing theory. Networks of queues. Flow and congestion control. Routing-flow allocation. Controlled and random access techniques in data networks. Performance analysis of circuit switching. EE6105 RF ENGINEERING TECHNIQUES Transmission line circuit design and S-parameters. Measurements of S-parameters. Active devices and equivalent circuit models. Field and circuit analysis techniques. RF sub-systems engineering. RF transceiver architecture. EE6107 RF CIRCUIT DESIGN Amplifier circuits. Oscillator circuits. Detector and mixer circuits. Frequency multiplier and control circuits. Microwave frequency synthesisers. Design exercises using commercial RF CAD tools. EE6108 COMPUTER NETWORKS Network protocols and services. Transport protocols and services. Local area networks. Wide area networks and internetworking. Broadband and asynchronous transfer mode (ATM) networks. EE6109 MIC & PRINTED ANTENNA DESIGN Microstrip transmission lines. Analysis of passive reciprocal microwave devices. Microwave filter synthesis and design. Basic antenna parameters. Analysis and design of microstrip patch antennas. Microstrip antenna arrays. Printed antennas for modern wireless communications. Design exercises of microwave integrated circuits and microstrip antennas. EE6122 OPTICAL FIBRE COMMUNICATIONS Optical fibre waveguides and transmission characteristics. System components. Modulation techniques. Subsystem design. Coherent systems. Measurements. Applications. EE6124 SATELLITE, FIXED & MOBILE RADIO SYSTEMS Radio propagation. Path analysis. Terrestrial line-of-sight, tropospheric and mobile radio systems. Satellite communication systems. EE6125 NETWORK PLANNING & MANAGEMENT Network performance issues. Network simulation and optimisation. Network operations, control and maintenance. Network administration. Network management database and tools. Capacity planning. Network security and integrity. EE6126 WIRELESS MULTIPLE ACCESS COMMUNICATIONS Wireless channel models. Modulation techniques. FDMA/TDMA techniques. CDMA systems. Channel equalisation. (Knowledge of basic probability, Fourier transform, z-transform and basic matrix algebra will be useful.) EE6127 WIRELESS NETWORKING Overview of wireless network protocols. Signalling protocol in wireless networks. Mobile access control protocols in wireless networks. Protocol design strategy for wireless networks and case study. Emerging technologies for wireless networks. EE6303 ELECTROMAGNETIC COMPATIBILITY & INTERFERENCE EMC/EMI overview. EMI properties of passive components. Crosstalk and cabling. Grounding. Shielding. Balancing and filtering. Non-linear phenomena. Digital circuit noise and radiation. Electrostatic discharge. EMI emission requirements and test methods. Susceptibility and testing. EE6326 DIGITAL TELEVISION SYSTEMS Conventional television systems. Digital video fundamentals. Digital signal compression. Digital audio fundamentals. Multimedia in television. Advanced television systems. EE6401 ADVANCED DIGITAL SIGNAL PROCESSING Probability and random processes. Multi-rate digital signal processing. Linear prediction and optimum linear filters. Power spectrum estimation. EE6402 REAL-TIME DSP DESIGN & APPLICATIONS Architectures for general-purpose digital signal processors. Peripherals for DSP applications. Development tools for DSP applications. Digital FIR/IIR filter implementations. Fast Fourier transform implementations. EE6425 SPEECH ANALYSIS & PROCESSING Fundamentals of speech. Speech enhancement. Dynamic time warping. Hidden Markov models (HMM). Speech recognition and speaker verification systems. Scalar and vector quantization. Linear predictive coding. Transform coding. EE6427 VIDEO SIGNAL PROCESSING Video basics. Video signal sampling and rate conversion. Video signal filtering and enhancement. Video coding principles and standards. Emerging video communication systems. EE6703 MULTIMEDIA NETWORKING Introduction to multimedia networks. Quality of service and traffic characteristics. Traffic scheduling. Multicasting mechanisms. Resource reservation. Multimedia communication protocols. Networked multimedia applications issues. EE6713 NETWORK DESIGN & SIMULATION Introduction to network design. Approaches to network design. Topological network design. Network reliability. Network design simulation. Data analysis. EE6731 NETWORK PROGRAMMING Windows NT system-level programming. UNIX system-level programming. Kernel programming. Data communication protocol project. |
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