基於嵌入式多執行緒平台之教學法設計

Design of Teaching Methodology Based on the Embedded Multithreads Platform

10.29688/MHJ.201108.0004

曾宏立(Hung-Li Tseng)；戴建誠(Jian-Cheng Dai)；黃博原(Bo-Yuan Huang)；黃文增(Wen-Tzeng Huang)

嵌入式系統 ； XMOS ； 多執行緒 ； 教學法 ； Embedded system ； XMOS ； Multithreads ； Instructional methods

明新學報

37卷2期（2011 / 08 / 01）

51 - 63

繁體中文

基於XMOS平台具有C語言的即時多執行緒與多核心功能，我們首先提出嵌入式系統漸進式模組教學法。本文是基於XMOS平台設計一套嵌入式系統教學法，讓學習者習知五個模組，在同一時間內可以同時被執行。因此，藉由此五模組的應用與組合，讓學習者能夠漸進式了解單工執行緒轉換成多工執行緒的核心技術和可以同時即時控制五模組一起動作。

Since the XMOS platform has the instant multithreading and multicore functions of the C programming language, this study first proposed an embedded system for gradual modular instructional methods. This paper proposed an embedded system instructional method based on the XMOS platform, in which learners could learn five modules can all be executed at the same time. Thus, with the application and combination of these five modules, learners could gradually understand single multithreading technology converted to multitasking/multithreading core technology, which can be operated at the same time to simultaneously control the five modules for joint action.

1. XS1-G4 512BGA Datasheet,[Online]. Available: http://www.xmos.com/published/xs1-g4-512bga-datasheet-0.
2. 「Xmos 採用軟體定義晶片法部署多處理架構」，電子工程專輯，2007 ，http://www.eettaiwan.com/ART_8800480936_676964_NP_9be072be.HTM.
3. HD44780U (LCD-II), [Online]. Available: http://www.sparkfun.com/datasheets/LCD/HD44780.pdf.
4. RoboBuilder (可組裝與變形的人型機器人) (2006)[Online]. Available: http://www.playrobot.com/robotics/humanoidrobot/robobuilder.htm.
5. DAC0800/DAC0802 8-Bit Digital-to-Analog Converters. (2006).[Online]. Available: http://www.national.com/ds/DA/DAC0800.pdf.
6. Berry, F. C.,DiPiazza, P. S.,Sauer, S. L.(2003).The future of electrical and computer engineering education.IEEE Trans. Educ.,46,467-476.
7. Bruce, J. W.(1998).Meeting the analog world challenge: Nyquist-rate analog-to-digital converter architectures.IEEE Potentials,17(5),36-39.
8. Bruce, J. W.,Harden, J. C.,Reese, R. B.(2004).Cooperative and progressive design experience for embedded systems.IEEE Trans. Educ,47(1),83-92.
9. Chu, R. H.,Lu, D. D.,Sathiakumar, S.(2008).Project-based lab teaching for power electronics and drives.IEEE Trans. Educ.,51(1),108-113.
10. Hamblen, J. O.(2008).Using a Low-Cost SoC Computer and a Commercial RTOS in an Embedded Systems Design Course.IEEE Trans. Educ.,51(3),356-363.
11. Hussmann, S.,Jensen, D.(2007).Crazy car race contest: Multicourse design curricula in embedded system design.IEEE Trans. Educ.,50(1),61-67.
12. Iyappan, P.,Jamuna, P.,Vijayasa-mundiswary, S.(2009).Design of Analog to Digital Converter Using CMOS Logic.Proc. Advances in Recent Technologies in Communication and Computing (ARTCom 2009),Kerala:
13. Lee, C. S.,Su, J. S.,Lin, G. H.(2010).A Project-Based Laboratory for Learning Embedded System Design With Industry Support.IEEE Trans. Educ.,53(2),173-181.
14. Moallem, M.(2004).A laboratory testbed for embedded computer control.IEEE Trans. Educ.,47(3),340-347.
15. Moore, D. J.,Voltmer, D. R.(2003).Curriculum for an engineering renaissance.IEEE Trans. Educ.,46,452-455.
16. 黃文增、吳漢斌、陳錦杏、張淵仁、陳右穎(2009)。高效能低成本的多介面閘道器之發展。系統雛形與電路設計創新應用研討會，台灣:
17. 黃文增、段裘慶、游筱婷、賴建宏、張淵仁(2010)。基於高效能XMOS平台之紅外線溫度儀研究。2010第五屆智慧生活科技研討會（ILT 2010）