The interactive installation design integrated byArduino microchip and PIR sensor technologies–take the Wind Spinning Top as example
碩士 === 世新大學 === 資訊管理學研究所(含碩專班) === 100 === My work is based on microcomputer clip - Arduino, combines with a concept from Wind Spinning Top, which is an ancient toy in China, via PIR Motion Sensor to active Wind Spinning Top system by detecting interaction with users. When visitors come close to thi...
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ndltd-TW-100SHU053960022016-04-22T04:24:05Z http://ndltd.ncl.edu.tw/handle/76325656873975696205 The interactive installation design integrated byArduino microchip and PIR sensor technologies–take the Wind Spinning Top as example 整合Arduino微電腦晶片與PIR感測器技術的互動裝置設計-以風陀螺為例 Wei-Chieh Chen 陳韋傑 碩士 世新大學 資訊管理學研究所(含碩專班) 100 My work is based on microcomputer clip - Arduino, combines with a concept from Wind Spinning Top, which is an ancient toy in China, via PIR Motion Sensor to active Wind Spinning Top system by detecting interaction with users. When visitors come close to this work, PIR sensor will catch people’s motion by infrared ray to start the fans, and then the interactive effect is working on. It creates a brandnew way to play ancient toy which can recall their childhood memory and interesting. In order to linkage my work with real world, we painting the Wind Spinning Top with colorful transparent papers to make it more fantsy. My work creates an imagination for visitors, and interactive experiences. My purpose is that my work could interpretate the impression of natural medium - wind. Finally, the questionnaire was developmented to collect visitors’ interactive experiences and cognitives. The result of testing the visitors’ questionnaires can be showed that they appreciate my work with positive manners. Yuh-Shihng Chang 張裕幸 2012 學位論文 ; thesis 70 zh-TW |
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碩士 === 世新大學 === 資訊管理學研究所(含碩專班) === 100 === My work is based on microcomputer clip - Arduino, combines with a concept from Wind Spinning Top, which is an ancient toy in China, via PIR Motion Sensor to active Wind Spinning Top system by detecting interaction with users. When visitors come close to this work, PIR sensor will catch people’s motion by infrared ray to start the fans, and then the interactive effect is working on. It creates a brandnew way to play ancient toy which can recall their childhood memory and interesting. In order to linkage my work with real world, we painting the Wind Spinning Top with colorful transparent papers to make it more fantsy. My work creates an imagination for visitors, and interactive experiences. My purpose is that my work could interpretate the impression of natural medium - wind. Finally, the questionnaire was developmented to collect visitors’ interactive experiences and cognitives. The result of testing the visitors’ questionnaires can be showed that they appreciate my work with positive manners.
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Yuh-Shihng Chang |
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Yuh-Shihng Chang Wei-Chieh Chen 陳韋傑 |
author |
Wei-Chieh Chen 陳韋傑 |
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Wei-Chieh Chen 陳韋傑 The interactive installation design integrated byArduino microchip and PIR sensor technologies–take the Wind Spinning Top as example |
author_sort |
Wei-Chieh Chen |
title |
The interactive installation design integrated byArduino microchip and PIR sensor technologies–take the Wind Spinning Top as example |
title_short |
The interactive installation design integrated byArduino microchip and PIR sensor technologies–take the Wind Spinning Top as example |
title_full |
The interactive installation design integrated byArduino microchip and PIR sensor technologies–take the Wind Spinning Top as example |
title_fullStr |
The interactive installation design integrated byArduino microchip and PIR sensor technologies–take the Wind Spinning Top as example |
title_full_unstemmed |
The interactive installation design integrated byArduino microchip and PIR sensor technologies–take the Wind Spinning Top as example |
title_sort |
interactive installation design integrated byarduino microchip and pir sensor technologies–take the wind spinning top as example |
publishDate |
2012 |
url |
http://ndltd.ncl.edu.tw/handle/76325656873975696205 |
work_keys_str_mv |
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