RESEARCH ON DEVELOPMENT OF SCIENCE EDUCATION BY UTILIZING ONE-CHIP MICRO CONTROLLERS

利用单片微控制器开展科学教育的研究

• 批准号: 13680215
• 负责人: ASAI Fumio
• 金额: $ 0.9万
• 依托单位: NARA NATIONAL COLLEGE OF TECHNOLOGY
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for Scientific Research (C)
• 财政年份: 2001
• 资助国家: 日本
• 起止时间: 2001 至 2002
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/grant/KAKENHI-PROJECT-13680215/
• 关键词: SCIENCE EDUCATION; ENGINEERING EDUCATION; DATA COMMUNICATION; AMATEUR SATELLITE; TEACHING MATERIAL; ONE-CHIP MICRO CONTROLLER; 科学教育; 工学教育

In the present day, technological rapid advance in telecommunications has brought about its own technological black-box-izing. Educational importance of introductory teaching materials are now greatly increased for engineering students. A demodulator, terminal node controllers and personal computer softwares for receiving/decoding telemetry from amateur radio satellites are designed and developed for teaching technological fundamentals of the widely-used synchronized and asynchronized wireless telecommunication and data transfer. These materials easily and quickly realize various types of hand-on student experiments.The demodulator and terminal node controllers are developed by using PIC16F84A and PIC16F628 which are flash memory types of PIC-micro controllers provided by Micro-chip Technologies Inc. The PIC firmwares are written by C language as well as the PC softwares in order to facilitate educational trials. These hardwares and softwares enable students to decode and analyze telemetry and whole orbit data from amateur satellites such as UoSAT-2 and Pcsat.A student experiment is undertaken to reveal educational effectiveness of the developed hardwares and softwares. It is confirmed that they are suitable for overcoming the black-box-izing, and bring about much more significant effects especially on student's motivation and understanding than any other teaching materials previously used.

今天，电信技术的技术快速进步带来了自己的技术黑盒尺寸。入门教学材料的教育重要性现在大大提高了工程专业的学生。设计和开发了用于从业余无线电卫星接收/解码遥测的个人计算机软件的解调器，终端节点控制器和个人计算机软件，用于教授广泛使用的同步和异步的无线电视连通和数据传输的技术基础。 These materials easily and quickly realize various types of hand-on student experiments.The demodulator and terminal node controllers are developed by using PIC16F84A and PIC16F628 which are flash memory types of PIC-micro controllers provided by Micro-chip Technologies Inc. The PIC firmwares are written by C language as well as the PC softwares in order to facilitate educational trials.这些硬件和软件使学生能够解码和分析来自业余卫星（例如UOSAT-2和PCSAT）的遥测和整个轨道数据。可以证实，它们适合克服黑盒尺寸，并比以前使用的任何其他教材给学生的动机和理解带来更大的影响。

项目成果

浅井文男: "UoSAT-2のデータ取得用デモジュレータの開発"奈良工業高等専門学校研究紀要. Vol.37. 67-72 (2002)

Fumio Asai：“UoSAT-2 数据采集解调器的开发”奈良国立工业大学研究通报第 37 卷（2002 年）。

Fumio Asai: "Construction & Educational Application of a Server System for Broadcasting Amateur Satellite Data"Japanese Society for Information and Systems in Education, Research Reports. Vol.2001, No.4. 11-16 (2001)

浅井文雄：《建筑

浅井文男: "UoSAT-2のデータ取得用デモジュレータの開発"奈良工業高等専門学校 研究紀要. Vol.37. 67-72 (2002)

Fumio Asai：“UoSAT-2 数据采集解调器的开发”奈良国立工业大学研究通报第 37 卷（2002 年）。

Fumio Asai: "Development of Terminal Node Controllers by using One-Chip Micro Controller"Japan AMSAT Association, News Letter. Vol.31,No.2,(to be published). (2003)

Fumio Asai：“使用单片微控制器开发终端节点控制器”日本 AMSAT 协会，新闻通讯。

Fumio Asai: "Development of Teaching Materials to Educate Data Communication Technology"Japan Society for Engineering Education, Journal of JSEE. Vol.51, No.2, (to be published). (2003)

浅井文雄：“数据通信技术教育教材的开发”日本工程教育学会，JSEE杂志。