Prototyping Ubiquitous Biosensing Applications through Speculative Design

M. Böhlen, I. Maharika, P. Sargent, Silvia Zaianty, Nicole Lee, Angelica Piedrahita Delgado, Nevena Niagolova, Fabian Vogelsteller
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引用次数: 5

Abstract

Biosensing technologies, under development since the 1960s, are now moving into the mainstream IT domain. It is only a matter of time before biosensors become as ubiquitous as mobile phones. While biosensing is inherently a technical domain, the acceptance of biosensing technologies into everyday life will more likely be determined by social and cultural factors. In order to imagine how such acceptance (or the opposite thereof) might occur, we have designed an online resource on biosensing and related topics. We then asked students of media design and architecture to speculate on future biosensing scenarios with the help of this resource. This experiment was performed at three universities, one in the United States, one in Canada and one in Indonesia. This paper describes results from this experiment and considers implications for the design procedures of ubiquitous sensor systems in general.
原型无处不在的生物传感应用通过投机设计
自20世纪60年代开始发展的生物传感技术现在正在进入主流IT领域。生物传感器像手机一样无处不在只是时间问题。虽然生物传感本质上是一个技术领域,但接受生物传感技术进入日常生活将更有可能由社会和文化因素决定。为了想象这种接受(或相反的)可能会发生,我们设计了一个关于生物传感和相关主题的在线资源。然后,我们要求媒体设计和建筑专业的学生在此资源的帮助下推测未来的生物传感场景。这个实验是在三所大学进行的,一所在美国,一所在加拿大,一所在印度尼西亚。本文描述了该实验的结果,并考虑了对普遍存在的传感器系统设计过程的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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