COURSE NAME

IN ENGLISH

Cryptography Engineering COURSE NAME

IN CHINESE

密码工程

CREDIT 2

INSTRUCTOR Lai, Xuejia

COURSE

DESCRIPTION

AND

OBJECTIVES

- Basic concepts and advanced topics in cryptography and IT-security.

- Establish the right understanding of security, attacks and complexity.

- Principles, structures and methods in the design of the block ciphers DES, IDEA, AES;

Explain the strength and weakness in each algorithms and designs. Ideas and methods of

varies attacks on block ciphers, main topic is differential attack;

- Fundamental and construction of iterated hash functions. Attacks on hash functions:

pre-image and collision, especially the recent results on MD4, MD5,SHA-1.

- Concept and methods of authentication. Security requirements on protocols of

challenge-response type. The use of standard protocols such as SSL, public-key certificates,

PKI, S/MIME in real applications like e-bank, web-security and email.

Understand the basic principles of IT security; knowing the methods and ideas in the design and

attack of crypto algorithms.

PREREQUISITES No specific request, suit for both first time student and experienced researcher.

TEXTBOOKS

COURSE NAME

IN ENGLISH

Bio infomatics COURSE NAME

IN CHINESE

生物信息学

CREDIT 3

INSTRUCTOR Yuan, Bo

COURSE

DESCRIPTION

AND

OBJECTIVES

Introducing concepts, models, frameworks, algorithms, and methods for development of

biologically-inspired computations. Example topics include artificial neural networks, genetic

algorithms, complex system, its structure and evolution, group intelligence, cognitive computing,

statistical inferences, artificial life, and hybridization of the above techniques. This domain is

called Computational Biology or Bioinformatics, and it is a numerical interpretation of biological

intelligence.

PREREQUISITES

TEXTBOOKS

COURSE NAME

IN ENGLISH

Applied Algebra COURSE NAME

IN CHINESE

应用代数

CREDIT 3

INSTRUCTOR Liu, Shenli

COURSE

DESCRIPTION

AND

OBJECTIVES

“Applied algebra” is a succeeding course of “Abstract Algebra”, which was taught by Prof.

Zheng dong in the fall semester. In preceding course of “Abstract Algebra”, the theory of group,

ring and finite field is introduced. “Applied algebra” focuses on a special algebraic structure,

namely “Finite field” and its applications to cryptography and error-correction codes.

The content of the course includes

1. Introduction of Finite field

2. Euclidean Domain and the Unique Factorization Theorem for Euclidean Domain

3. Building Finite Fields from Euclidean Domain

4. Properties of Finite Fields

5. Factoring Polynomials over Finite Fields

6. The concept of Linear Feedback Shift Register (LFSR) and applications to LFSR

7. The application to cryptography

8. The application to error-correction codes

This course is a fundamental course in the subject of cryptography and information security. With

this course, the students will learn the mathematical background of cryptography and coding

theory.

PREREQUISITES Abstract algebra, Cryptography-theory and practice

TEXTBOOKS [1] R. J. McEliece, “Finite Fields for Computer Scientists and Engineers”, Kluwer international

series in engineering and computer science. Kluwer Academic Publishers, 1988.

Copies of the material will be supplied

[2] Gong Guang, “Sequence analysis”, http://www.comsec.uwaterloo.ca/

ggong/CO739x/course.html

COURSE NAME

IN ENGLISH

Mobile and Wireless

Networking

COURSE NAME

IN CHINESE

移动与无线网络

CREDIT 3

INSTRUCTOR Wang, Xinbing

COURSE

DESCRIPTION

AND

OBJECTIVES

1. Introduction to wireless networking

2. Radio Propagation

3. Cellular Systems: Principles

4. UMTS Network Architecture

5. UMTS Quality of Service

6. Mobility Management & Review

7. Mobile IP

8. Wi-Fi: 802.11

9. WiMax: 802.16

10. Ad Hoc Networks

11. QoS in Ad Hoc Networks

12. Wireless Security

13. Wireless Personal Area Networks (Bluetooth and RFID)

14. Sensor Networks

PREREQUISITES

TEXTBOOKS

COURSE NAME

IN ENGLISH

Computer Graphics COURSE NAME

IN CHINESE

计算机图形学

CREDIT 3

INSTRUCTOR Ma, Lizhuang

COURSE

DESCRIPTION

AND

OBJECTIVES

Computer graphics started with the display of data on hardcopy plotters and cathode ray tube

screens soon after the introduction of computers themselves. It has grown to include the creation,

storage, and manipulation of models and images of objects. These models come from a diverse

and expanding set of fields, and include physical, mathematical, engineering, architectural, and

even conceptual structures, natural phenomena, and so on. Computer graphics today is largely

interactive: The user controls the contents, structure, and appearance of objects and of their

displayed images by using input devices, such as a keyboard, mouse or touch-sensitive panel on

the screen. Because of the close relationship between the input devices and the display, the

handling of such devices is included in the study of computer graphics. In this course, we will

introduce the basic raster graphics algorithms for drawing 3d primitives, geometric

transformations in 2D and 3D space, viewing in 3D, representing curves and surfaces, visual

reality and computer animation. This course provides the basis for graphics algorithm design,

CAD software development and game development. In the experimental class, students will learn

and practice the basic algorithms and software systems in the field of Computer Graphics.

PREREQUISITES

TEXTBOOKS

COURSE NAME

IN ENGLISH

Photonic and Wireless ATM

Networks

COURSE NAME

IN CHINESE

ATM 全光网与个人无线网

CREDIT 3

INSTRUCTOR Li, Xinwan

COURSE

DESCRIPTION

AND

OBJECTIVES

The course includes four parts, which are the basic of the modern communication networks,

Photonic Asynchronous transfer mode (ATM) networks, Optical access Networks, and the forum

of advanced optical technology for networking. It can be divided as 18 topics, covering optical

communication system, optical fiber transmission and amplifier, ATM technology, AON, Optical

switching technology,optical packet switching,the personal accessing to optical networks, the

next generation optical networks, etc. Each topic has its own system of the knowledge on

technology, from basic to advanced one. The key points of this course is to lead the learners to

grasp what the novelty of this study area.

PREREQUISITES

TEXTBOOKS

COURSE NAME

IN ENGLISH

Advanced Compiler

Optimizations for Modern

Architectures

COURSE NAME

IN CHINESE

高级编译技术

CREDIT 2

INSTRUCTOR Guo, Minyi

COURSE

DESCRIPTION

AND

OBJECTIVES

PREREQUISITES

TEXTBOOKS

COURSE NAME

IN ENGLISH

Semiconductor Physics and

Devices Physics

COURSE NAME

IN CHINESE

半导体物理与器件物理学

CREDIT 3

INSTRUCTOR LI Xiaochun

COURSE

DESCRIPTION

AND

OBJECTIVES

This course is offered for the postgraduates. 《Semiconductor Physics & Semiconductor

Devices Physics》 are important theoretical basis of modern integrated circuits design and

fabrication. Through the microelectronic technology, a quite large scale electronic circuit or

part and even a equipment or system are all designed and fabricated on a small silicon chip

or other semiconductor substrate. This relates to many disciplines of very broad contents

such as semi conductor physics, semiconductor devices, various microelectronic

technologies,design of electronic circuits and systems, CAD, CAT etc. 《Semiconductor

Physics & Semiconductor Devices physics》 are also important theoretical basis of

optoelectronic technology and optical fiber communication. Optical transmitting, optical

receiving and optoelectrical energy transformation is exactly realized through various

semiconductor optoelectronic devices and optoelectronic or photonic integrated circuits.

《Semiconductor Physics & Semicondudor Devices Physics》are yet important theoretical

basis of microwave technology area. So understanding semiconductor devices principles and

semiconductor physics fundamentals of devices working is very necessary for the

postgraduates in the speciality areas of microelectronics, electronic information and

electrical engineering, applied physics and semiconductor materials etc. This course

discusses and analyzes (1)the physical mechanism of essential semiconductor electronic

devices (bipolar and field effect transistors as the core compose in IC), essential

semiconductor optoelectronic devices(semiconductor lasers, photodetectors and solar

cells)and essential semiconductor microwave devices， (2) essential semiconductor physical

theories, ideas and effects as the theoretical basis of various semicondcutor devices and

materials. Therefore the contents of this course are important physical basis of modern IC

design and fabrication, optoelectronic technology and microwave technology.

PREREQUISITES

TEXTBOOKS 1. [美] S.M.Sze;《Physics of Semiconductor Devices》（Second Edition）英文版;JOHN WILEY

$ SONS;1981 年

2. [美] S.M.Sze;《现代半导体器件物理》;科学出版社;2002 年 6 月

3. [美] S.M.Sze;《Semiconguctor Devices--Physics and Technology 》（Second Edition）;JOHN

WILEY $ SONS;2002 年

COURSE NAME

IN ENGLISH

Wireless Communication and

Sensor Networks

COURSE NAME

IN CHINESE

无线通信和传感器

CREDIT 2

INSTRUCTOR Wu, Mingyou

COURSE

DESCRIPTION

AND

OBJECTIVES

PREREQUISITES 1. Basic wireless communication theory 2. Computer networks

3. Computer systems

TEXTBOOKS C. Siva Ram Murthy and B.S. Manoj, "Ad Hoc Wireless Networks," ISBN 0-13-147023-X,

Prentice Hall, 2004

COURSE NAME

IN ENGLISH

Information and Coding Theory COURSE NAME

IN CHINESE

信息论与编码

CREDIT 3

INSTRUCTOR Luo, Yuan

COURSE

DESCRIPTION

AND

OBJECTIVES

This course has two parts. The first part is of information theory, which includes the

measurement of information (entropy, relative entropy, mutual information); weakly typical

sequence (for data compression); strongly typical sequence (for data transmission). The second

part is of coding theory, which includes block codes, linear codes, cyclic codes, and decoding

principles. Furthermore, some basic knowledge about finite field and probability theory will be

repeated.

PREREQUISITES

TEXTBOOKS 1. A First Course in Information Theory, Raymond W. Yeung, Springer (Kluwer

Academic/Plenum Publishers), March 2002

2. Elements of information theory, Cover and Thomas, Wiley 1991.

3.The theory of information and coding, 2nd Edition, R. J. McEliece, Cambridge 2002.

4.Introduction to coding theory, 3rd Edition, J.H. van Lint, Springer.

COURSE NAME

IN ENGLISH

Digital Image Processing COURSE NAME

IN CHINESE

数字图像处理

CREDIT 3

INSTRUCTOR Zhang, Rui

COURSE

DESCRIPTION

AND

OBJECTIVES

This lesson gives a comprehensive introduction of digital image processing, includes basic

concepts, basic theories and general methods. It is composed of 8 chapters, which are

introduction, basis of digital image processing, image transform, image enhancement, image

recovery and reconstruction, image compression, image segmentation and image description.

PREREQUISITES

TEXTBOOKS

COURSE NAME

IN ENGLISH

Stochastic Processes and

Queuing Theory

COURSE NAME

IN CHINESE

随机过程与排队论

CREDIT 2

INSTRUCTOR Wang, Xinbing

COURSE

DESCRIPTION

AND

OBJECTIVES

This course provides a comprehensive introduction to stochastic processes and queueing

theory, and shows how these subjects may be applied in real world. Subjects covered include

Poisson processes, Markov processes, queueing theory and so on. After taking the course,

students should be able to apply this indispensable tool in a variety of different settings. Students

are assumed to be familiar with probability before taking the course.

PREREQUISITES

TEXTBOOKS

COURSE NAME

IN ENGLISH

Electrumagnetic in Modern

Communication

COURSE NAME

IN CHINESE

现代通信系统中的电頻兼容

CREDIT 2

INSTRUCTOR Yin, Wenyan

COURSE

DESCRIPTION

AND

OBJECTIVES

EMC and EMI problems in modern communication systems and electronic equipments will

be introduced in this course. This course will be focused on various topics of EMC/EMI in

some ommunication circuits and systems, inclduing (1) common-mode and differential-mode

coupling analysis; (2) importance of grounding for achieving EMC; (3) importance of shields

and their designs; (4) EMI diagnostics and fixes and EMC specifications, standards and

measurements.

PREREQUISITES

TEXTBOOKS

COURSE NAME

IN ENGLISH

Advanced Theory of Wave

Propagation and Antenna

COURSE NAME

IN CHINESE

高等电波与天线理论

CREDIT 2

INSTRUCTOR Liang, Xianling

COURSE

DESCRIPTION

AND

OBJECTIVES

PREREQUISITES

TEXTBOOKS

COURSE NAME

IN ENGLISH

High Performance Broadband

Networks

COURSE NAME

IN CHINESE

高性能信息网络

CREDIT 2

INSTRUCTOR Jin, Yaohui

COURSE

DESCRIPTION

AND

OBJECTIVES

This course is designed only for Ph. D. students in electromagnetic fields and microwave

techniques and some other majors related. In this course, we will focuse on new progresses in

modern antenna theories and design technologies; typical modeling methodologies of wave

propagation in complex structures and environments. The contents of this course include: (1) new

aperture antennas; (2) surface antennas; (3) reconfigurable antennas; (4) nano-antennas; (5)

conformal antennas; (6) cavity coupling; (7) methodologies for analysing wave propagation in

complex media; and (8) new progresses in hybrid computations EM methods.

PREREQUISITES

TEXTBOOKS

COURSE NAME

IN ENGLISH

The Experimentations of

FACTS

COURSE NAME

IN CHINESE

灵活交流输电技术实验

CREDIT 2

INSTRUCTOR Mansor

COURSE

DESCRIPTION

AND

OBJECTIVES

"The Flexible AC Transmission System (FACTS) -- a new technology based on power

electronics -- offers an opportunity to enhance controllability, stability, and power transfer

capability of AC transmission systems.

FACTS is one aspect of the power electronics revolution that is taking place in all areas of

electric energy. A variety of powerful semiconductor devices not only offer the advantage of high

speed and reliability of switching but, more importantly,the opportunity offered by a variety of

innovative circuit concepts based on these power devices enhance the value of electric energy.

This course not only focuses on the concept of var compensation in electrical power system, but

also introduces the students the various aspects of fact design in quite detail.such as static var

compensator(SVC)and satic synchronous compensator(STATCOM),the design aspects and

practical implementation using digital signal processor (DSP) are also discussed in this course.

PREREQUISITES

TEXTBOOKS

COURSE NAME

IN ENGLISH

Motion Control System COURSE NAME

IN CHINESE

运动控制系统

CREDIT 2

INSTRUCTOR Jiang, Shuzhong

COURSE

DESCRIPTION

AND

OBJECTIVES

Motion control system is composed of the motor, driver, controller and sensor. After learning this

course, the motion control system can be designed and developed, and the mechanism can be

droved to realized specified motion. The motor includes induction motor, permanent magnetic

synchronous motor, DC brushless motor and stepping motor. The driver converts the electric

power with constant voltage and frequency into one with adjustable voltage, frequency and

current so as to control the torque, speed, position and acceleration of the motor. The controller

commands the driver by means of digital or analogous signals based on the specified technology.

The sensor transforms the non-electric signals into electric ones that are used by the controller.

The learning of motion control system focuses on the relation of fundamental theories, devices

and algorithms. The fundamental theories are referred to the principles and control theories of

above mentioned motors. The devices are composed of frequently used sensors, power device,

micro-controller and electric components. The fundamental theory and the devices are combined

into the algorithm that makes the abstract theory concrete, scattered devices integrative and

program modular.

PREREQUISITES

TEXTBOOKS 1. Texas Instruments, TMS320LF/LC240XA DSP Controllers Reference Guide, System and

Peripherals, Literature number:SPRU357B

2. N. Mohan, T.M. Undeland and W.P. Robbins, Power Electronics： Converters, Applications,

and Design, John Willey & Sons, INC

COURSE NAME

IN ENGLISH

Technique of High Voltage

Power Converter for AC Drive

COURSE NAME

IN CHINESE

高压变频调速技术

CREDIT 2

INSTRUCTOR Yang, Xijun

COURSE

DESCRIPTION

AND

OBJECTIVES

Electromagnetic transients in high voltage power systems are generated by lightning and

switching surges and can result in frequent and costly failures of electrical systems. This course

explains modern theories of the generation, propagation and interaction of electrical transients

with electrical systems. It teaches students the fundamentals of electrical transients and equip

them with the skills to recognize and solve transient problems in power networks and high

voltage power converter for AC drive. It also covers practices for the protection of electrical

systems against transients.

PREREQUISITES

TEXTBOOKS

COURSE NAME

IN ENGLISH

Advanced Topics in Antennas &

Wave Propagation

COURSE NAME

IN CHINESE

单片射频与微波集成电路分析及

器件

CREDIT 2

INSTRUCTOR Yin, Wenyan

COURSE

DESCRIPTION

AND

OBJECTIVES

PREREQUISITES

TEXTBOOKS

COURSE NAME

IN ENGLISH

New Approaches for Signal

Processing in Mordern

Communication

COURSE NAME

IN CHINESE

量子保密通信

CREDIT 2

INSTRUCTOR Zeng, Guihua

COURSE

DESCRIPTION

AND

OBJECTIVES

PREREQUISITES

TEXTBOOKS

COURSE NAME

IN ENGLISH

Linear System Theory COURSE NAME

IN CHINESE

线性系统理论

CREDIT 3

INSTRUCTOR Wang, Xiaofan

COURSE

DESCRIPTION

AND

OBJECTIVES

Through the study of this course, the students are required to:

1. Master the fundamental knowledge and the analytic methods of linear system theory, be able to

describe the system by state space representation and establish the state space representation

according to the differential equation of the system.

2. Master the methods to obtain the characteristic roots of the system, the solution to the

inhomogeneous equation in linear time-invariant and linear time-variant system, and two methods

to solve the state equation in the discrete time system.

3. Master the definition of controllability and observability and its respective criteria.

4. Master the methods to analyze the stability of a system by Lyapunov first method and

Lyapunov second method.

5. Master the basic design methods of state feedback and state observer.

6. Master the fundamentals of the frequency domain theory.

7. Have a general understanding of the new development in the linear system theory.

PREREQUISITES

TEXTBOOKS