互動裝置無線感測介面研究

在數位科技與藝術發展過程中，互動裝置的設計是常見的展覽方式之一。互動感應模式的作品，表現的形式是將互動技術應用在空間展演設計中。本研究以無線感測互動裝置介面，探討相關的無線感應方式有三項超音波感應、紅外線感應、光感應，開發應用無線感測系統的互動裝置。無線感測介面研究分為兩個階段，其一開發無線感測系統的技術製作，並對系統開發做技術評估。其二對使用者互動的無線感測介面使用性的評估，最後在無線感測的系統開發的實驗中，透過使用者問卷，找出符合無線感測互動裝置的主題概念。本研究的互動裝置無線感測成果，使用者實際操作互動裝置後的問卷調查，瞭解本研究架構的無線感測介面，超音波感應、紅外線感應、光感應，使用者與裝置的進行互動時，給予的問卷回饋均是正面的評價。

關鍵字

無線感測；電子技術；互動裝置；微處理器；使用性評估

並列摘要

Throughout the developments of art and digital technology, interactive device design is most common form of display during the exhibition process. It can often be seen in the sales techniques in commercial advertising and art exhibition. The research is base on the wireless interaction device separately the tree different of wireless sensorial which is – supersonic reaction, infrared reaction and brightness reaction. The wireless sensorial has two steps for the research – the first is technical and evaluation of wireless interaction device. The second one is for the end of user who via the wireless sensorial to do the usability evaluation. The main purpose is to fin the match theme concept of the wireless sensorial device that via the system develop examination, and also throughout the users inquire. The result of this research on the wireless sensorial for the three tests which are supersonic reaction, infrared reaction and brightness reaction. After the user actual operate the wireless sensorial and do usability evaluation, all go with positive evaluation.

並列關鍵字

Wireless sensor ； Electronics technology ； Interactive installation ； Micro processor ； usability evaluation

參考文獻

7.林珮淳、吳佩芬（2002）。〈數位藝術相關理論研究與創作探討〉。《藝術學報第70 期》。

8.林珮淳、范銀霞（2004）。〈從數位藝術探討互動觀念、媒介與美學〉，《藝術學報第74期》。

14.陳昱璋（2006）。〈電子媒材應用於互動式展示裝置之感官模式設計與探討〉。元智大學資訊傳播學系碩士論文

1.Albrecht， T. L.， & Ropp， V. A. (1984). Communicating about innovation in networks of three U.S. organizations. Journal of Communication， 34(3)， 78-91.

2.Nielsen， J. (1993)， Usability Engineering. San Diego: Academic Press， chapter 2

國際替代計量

互動裝置無線感測介面研究

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