2012英特尔嵌入式在线培训——实践部分

 

The university faculty experience sharing content is according to a random order

 

          

Peking UniversityProf.Zhonghai Wu

北京大学吴中海教授
zhwu@ss.pku.edu.cn

 

Research Interests: Software and Service Engineering, Embedded Software and System,Multimedia and Human-Computer Interaction.Past Achievements: Zhiqiang Yu, Zhonghai Wu,etc, Event-Level Parallel Methods and Apparatus for XML Parsing. American Patent No: 20110153604 Hongzhi Liu, Zhonghai Wu, A New 3D Bounding Box Estimation Approach for Object Reconstruction, Advanced Science Letters, 2012.3.pp523-527 Tong Mo, Wu ZhongHai, etc, A kind of Framework for context-aware service, Journal of Computer, 2010 (11), pp2084-2092 Peifei Sun, Zhonghai Wu, etc, LBMS: Load Balancing based on Multilateral Security in the Cloud. ACM CCS 2011, pp861-864, October 17–21, 2011, Chicago, Illinois, USA

2012 Intel China Embedded Curriculum Online Training Peking University Sharing

Please list the basic information of your embedded Curriculum on this page. If you have more than one course, please list each course information on a separate page and specify their relationship. Following items for your reference

South China University of TechnologyHuabiao Qin

华南理工大学秦华标
eehbqin@scut.edu.cn

Research area:  Embedded system, Visual Perception , Wireless sensor network, FPGA and SOC design.

IA based Embedded Curriculum Summary

Based on the embedded Linux, this course introduced the theory and method of embedded communication system, the contents include: The Hardware platform of Embedded system and Intel Architecture

Beijing Institute of TechnologyDeqiang Han

北京理工大学韩德强
handq@bjut.edu.cn

I currently serve as director of the experimental center in Beijing University of Technology's computer science college, and mainly engaged in the work of embedded systems teaching and research. Before that, I had 12 years of X86 IPC board development and control engineering R & D experience. I also served as editor of the Chinese core journals named Application of Electronic Technique, and the Chinese outstanding scientific and technical journals named Microcomputer & ITS Applications. Meanwhile, I am the director of Beijing Higher Institute of Laboratory Research and the member of the embedded system association, the world's Most Valuable Professional (MVP) on Microsoft Windows Embedded. Now, I am in charge of the Ministry of Education-Microsoft Course Construction Project of embedded systems course and Ministry of Education-Intel Course Construction Project of embedded architecture course, Project Leader on Beijing Quality Teaching Materials Construction. I received the honorary title of "Beijing Outstanding Young Engineer” in 2006.

Beijing University of Technology IA based Embedded System Curriculum

The Curriculum require to understand the architecture of CISC(Atom)and RISC(ARM)microprocessors applied in the embedded field

Lanzhou UniversityZhou Qingguo

兰州大学周庆国
zhouqg@lzu.edu.cn

Qingguo Zhou was born in Fujian, China on November,1973. He received the Bachelor Degree, Master Degree and the Dr.Sci.Degree from Lanzhou University in July 1996, in July 2001 and July in 2005. He was an assistant engineer of physics Department, Lanzhou University in 1996-1998, and then he becomes a lecturer of the Network Center at the same University. Now he is the Professor of the distributed and embedded system lab of SISE, Lanzhou University. He is also vice director in the Engineering Research Center of Open Source Software and Real-time Systems, Ministry of Education, China. He has authored and co-authored more than 51 papers in international journals conference proceedings. He is the recipient of IBM Real-Time Innovation Award in 2007,and the recipient of Google Faculty Award.Now he is the director for Real Time Linux Foundation since October 2007 and also is co-editor for International Journal of Computational Science and Engineering since August, 2011. His research interests include Safety Critical System, Embedded Real-Time System and Virtualization
Research:  Embedded System, Real-Time System, Virtualization, and Reliability Computing

IA based Embedded Curriculum Sharing

This course introduces concepts of embedded system and its features. Students can understand how Linux works in an embedded system, how to customize and tailoring the kernel, how to port and develop the device drivers through this course.

Tsinghua UniversityDr.Pin Tao

清华大学陶品博士
taopin@tsinghua.edu.cn

Pin Tao received his B. Eng. and Ph. D. degree from Tsinghua University, Beijing, China, in 1997 and 2002 respectively. He is currently an Associate Professor with the Department of Computer Science and Technology of Tsinghua University. His general research interests is embedded multimedia processing, including digital video compressing, multi-core optimization and real-time embedded software. His most recent research focus in on non-order high definition video intra coding, parallel encoding and load balance on multi-core embedded platform. Dr. Pin Tao join several nation projects as the principal researcher or core player in recent 3 years, including National Significant Science and Technology Projects of China, National High-Tech Research and Development Plan of China and National Nature Science Foundation Project of China. He also has the strong research cooperation with Intel, Renesas, Microsoft, FreeScale, etc. More than 40 academic papers and patents has been published in recent yeas. Dr. Pin Tao has won the IBM Innovation Award on Real Time Research in 2008. He teaches embedded system curriculum for CS department of Tsinghua University, and he is the chief instructor of the Intel-MoE model curriculum of China. In 2011, his team won the 2nd place of Imagine Cup worldwide competition on Embedded System.

IA based Embedded Curriculum Sharing

Course Name: Embedded System Course Type: both PPT & Hands-on Target Student/Semester: Senior Students on Autumn Semester Student Number (per year): about 150/year Course Duration: 16 weeks Prerequisite Courses: Computer Organization, Operating System.

Shanghai Jiaotong UniversityLetian Jiang

上海交通大学蒋乐天
ltjiang@sjtu.edu.cn

Dr. Letian Jiang received his B.S. degree in electronics engineering and M.S. degree in circuit and system from Xidian University in 1997 and in 2000 respectively. After graduated from Xidian University, he came to Shanghai Jiaotong University, where he got his Ph.D degree in circuit and system in 2003. Now, he is an associate professor of Shanghai jiaotong university. Dr. Letian Jiang joined Shanghai Jiaotong University in 2003 after he graduated.. Besides the experiences in teaching the courses of Linear Electronic Circuits, Computer-Aided Test in Digital System and Reliability Design in Digital System, and Embedded system, he has taken part in many researches. Since 1999, Dr. Jiang and his team have been cooperating with Motorola (Beijing) to develop the applications on Mobile phone, such as “A6188”, “A388” and so on. And in 2000, they began to cooperate with Global Software Division, Motorola in Chicago, on the research on system reliability and availability in communication system and software. Since 2001, cooperating with Intel software Lab. (shanghai), they began to develop the embedded system based on “Strong Arm” chip, PXA250/255, and EIA processors. He has published more than 40 papers in international and domestic journals. His major is circuit and system, and his research interests include: reliability and availability research on communication system, software aging and reliability, and software rejuvenation, Embedded System.

Embedded System and Structure

"Embedded system overview, embedded processor, embedded OS, and Application development"

Zhejiang UniversityWenzhi Chen

浙江大学陈文智
chenwz@zju.edu.cn

Wenzhi Chen is a professor at Zhejiang University in China. He received the BS, MS and PhD degrees in Computer Science from Zhejiang University. Prof. Chen is the leader of many major projects, such as 1 National Science Foundations (国家自然基金), 4 National Defense Key Projects (国防重点项目), 3 CORE-HIGH-BASE Major Projects (国家核高基项目), 7 National High Technology Research and Development Program Projects (国家863项目), and more than 10 Great Projects from Zhejiang Province (浙江省重大项目). Chen also is in charge of the embedded system course in Zhejiang University, which is the National Quality Course (国家级精品课程). Chen published more than 40 papers, applied for 20 national invention patents (10 have been authorized), obtained more than 20 software copyrights. He is the chief editor of 3 Textbooks. The book “Principles and Design of Embedded System (2010)” is National Eleventh Five-Year Plan Official Textbooks (“十一五”国家级规划教材).

"IA based Embedded Curriculum Sharing "

System design ability is the theory of the course, combined with computer organization, computer architecture, OS, compiler technology courses, the goal is to improve students’ practical and innovation abilities for designing and implementing embedded (computer) systems with specific application requirements.

Xiamen UniversityDr.Lingxiang Zheng

厦门大学郑灵翔博士
lxzheng@xmu.edu.cn

Research Interests:
Embedded System, Artificial Intelligence, Network Communication, Cloud Computing Past Achievements: • Received PhD in Computer Science from Xiamen University; • Responsibilities include Embedded System and Multi-core Curriculum Building; • The outcomes includes Embedded Curriculum workshop and publication of three embedded system textbooks; • Current works include Embedded System Design, the cooperation of industry and academia;

Embedded Curriculum of Xiamen University

Course Name: Embedded System 
Course Type: both PPT & Hands-on
Target Student/Semester: Junior/Spring 
Student Number (per year): 50 
Course Duration: one semester
Prerequisite Courses: C Programming,Principles of Microcomputer

Wuhan UniversityDr. Jianfeng Yang

武汉大学杨剑锋
yjf@whu.edu.cn

全国大学生电子设计竞赛嵌入式专题邀请赛专家组成员、评委(2008,2010,2012) 中国计算机协会嵌入式专委会委员 湖北省通信协会会员 Intel软件学院黑带称号 技术程序委员会(ICESS,ICINIS,ICYCS,IWCSEI)

Teaching Experience Sharing


IA based Embedded Curriculum Sharing

 

Curriculum Resource Sharing

Embedded Curriculum of Wuhan University

Course Name: Embedded System Design 
Course Type: (presentation/hands-on practice/both PPT & Hands-on)
Target Student/Semester: undergraduate & graduate / Fall Semester 
Student Number (per year): 240 
Course Duration: 90 - 3 credits; 1 credit for lab projects; 1 credit forinnovation Prerequisite Courses: Operating System, Digital Circuits, Microcontroller Principle and Interface Technology

Arizona State UniversityProf.Yann-Hang Lee

亚利桑那州立大学李雁航教授
yhlee@asu.edu

Yann-Hang Lee received his Ph.D. degree in Computer, Information, and Control Engineering from the University of Michigan, Ann Arbor, MI, in 1984. From December 1984 to August 1988, he was a research staff member at the Architecture Analysis and Design Group, IBM Thomas J. Watson Research Center, Yorktown Heights, NY. He joined Computer and Information Sciences Department, University of Florida, Gainesville, FL, in 1988, and is currently a professor in the School of Computing, Informatics, and Decision Systems Engineering, Arizona State University. Since 2008, he has served as the Program Chair of the Computer Science and Engineering Program in the School. Dr. Lee's research interests are in the areas of real-time computing, embedded systems, software engineering, distributed systems, and performance evaluation. Currently, his research projects are focused on various software issues of mission and safety critical real-time embedded systems, service-oriented distributed embedded systems, and system support for embedded software. He co-edited three special issues in Real-time Systems in IEEE Computer (May 1992), IEEE Proceedings (Jan. 1994), and IEEE Proceedings (July, 2003). He was a program co-chair for the Real-time Systems Symposium, 1995, conference co-chair for the Real-time Systems Symposium, 1996, and a program co-chair of the Sixth IEEE International Symposium on Autonomous Decentralized Systems, 2003.

Teaching experience sharing

IA based Embedded Curriculum Sharing

 

Curriculum Resource Sharing

Embedded Curriculum of Arizona State University

Course Name: Embedded Systems Programming
Course Type:presentation
Target Student/Semester: 40
Student Number (per year): 40 
Course Duration: 45 hours in one semester
Prerequisite Courses: Computer Organization,embedded micropcessor,and c/c++Programming






 

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