1. Practice the Power of Intel Embedded Technology ——基于Intel平台的嵌入式教学经验分享陶品
Tsinghua University, China
July. 29, 2011

2. Curriculum Background
Embedded System
Course Name
Each autumn semster from 2004
Open Time
CS major undergraduate students
Audience
2 credits, 32 hours, required course
Course Property
150+ every year
Students

3. Curriculum Evaluation & Award
Evaluation from the students in recent 3 years
Year
Course Name
Hours per Week
Credits
Students Number
Evaluation
2010
Embedded System 2 32
159
95.05　
2009
149
93.51
2008
136
90.60

4. Smile face

5. Communication with Intel
…… 2005, Mr. Pranav visit Tsinghua campus 2009, university speech in Tsinghua given by Douglas L. Davis, vice President of Intel Architecture Group 2010, Best Poster Award in Intel China Academic Forum 2010, New Embedded Intel Atom Processor-based SoC Application Forum 2010, Invited talk on Intel Embedded Education Summit 2010, New Intel ® Embedded Atom™ SoC Application Forum” in 2010, Beijing 2010, The pioneer university of MeeGo University Program. 2011, Invited talk on Intel Embedded Education Summit.

6. Target of the Curriculum
System level design ability of the embedded system.
Design a device or system, NOT a software only.
Master the key technologies in the design.

7. Intel Embedded Technology
The advantages of intel embedded technology on the university embedded education lies in:
Rich system software supporting(MeeGo, Linux, Windows, Android, etc…)
Rich free software resource for porting and application construction
Rich I/O devices for application hardware design
The high computation performance for the embedded applications design
Rich3 + High

8. Student Homework Go through the hands-on one by one.
Team work on the final project.
Guidance
Lectures notes, instruction book, etc. == by Mentor
History documents == by Brothers
Encouragement
Challenge
Imagination
Demo, report & video

9. Practice point Requirement & Design Bus Driver
Operating system (MeeGo, Linux, etc.)
Software Architecture & Skill
UI Design
Presentation & Promotion

10. Selected Embedded System Student Lab Collections in 2010

11. MeeGo with China 3G By 5 students in 2010（严马可，阮尚祥明，陈坚忠，刘赞友，孙银海）
Make the Atom platform with MeeGo support the China telecom TianYi（天翼） 3G.
Try the oFono 2.6 in MeeGo 1.1 to make the system connect with the Huawei 3G usb stick.
Connect the device with the internet via local 3G device and local 3G service.

12. 7 key chinese input method
By 5 students in 2010（林会杰，舒然，张逸嘉，王太红，郑千）
7 key chinese input method is an IM for quick information input or help the disabled.
The 7 key like a key of the piano.
The UI design and 7 key IM engine for MeeGo

13. LibFetion porting on MeeGo
By 4 students in 2010（杨昉, 杨伟宁, 刘少伟, 冯时）
Fetion（飞信） is a desktop/mobile phone short message service provided by China Mobile
LibFetion is an open source software targets on Windows Mobile.
This student group porting libFetion to MeeGo and provide the UI design.

14. Game Design engine on MeeGo
By 2 students in 2010（刘宜君，方建）
Game 3D graphics library(XNA) porting on Atom Linux environment
Mono XNA Project is a open source graphics library developed by MIT
Touch interaction UI design.

15. Multimedia player App. for Atom
By 4 students in 2010（李照楠，王维，吴韬，杜志强）
Android 2.2 run on Atom platform
Music playback engine and UI application design.

16. Harmonicare

17. Harmonicare
V2.0
V4.0
V3.0
V5.0

18. Harmonicare – Video Demo
演示视频请从如下网址访问：

19. 教学经验分享
经验1：Intel 的R3H优势要用好！

20. 教学经验分享
经验2：给学生提供一个施展才华的平台，激发创新的火花。

21. 教学经验分享
经验3：视频展现形式好

22. 教学经验分享
经验4：开发平台虚拟化好！

23. Thank You