Physical fights back: introducing a model for bridging analog digital interactions

Stefan Heijboer, J. Schumann, E. Tempelman, P. Groen
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引用次数: 3

Abstract

Current transformational developments in automotive user interface (UI) technology are causing a shift in emphasis from safety and efficiency to emotion and flexibility. The many factors to consider in parallel make this a difficult process, in which technological affordances all too easily push the user to the background. To address this issue, this paper introduces an interaction model linking the different tangible control elements, including smartphone functionality, and shows how non-driving-related activities (e.g. climate control, multimedia access) can be represented physically. Next, a working prototype is presented that supports the design and development of novel tactile UIs. By integrating layers of sensors and actuators, a flexible UI is created that pushes technology to the background, giving proper attention to the user again and enabling effective research on how to make the digital world tangible for users.
物理反击:引入一个桥接模拟数字交互的模型
当前汽车用户界面(UI)技术的转型发展正在引起人们对安全性和效率的重视转向情感和灵活性。同时需要考虑的许多因素使这一过程变得困难,在这个过程中,技术支持很容易将用户推到后台。为了解决这个问题,本文介绍了一个连接不同有形控制元素(包括智能手机功能)的交互模型,并展示了如何以物理方式表示与驾驶无关的活动(例如气候控制、多媒体访问)。接下来,提出了一个支持新型触觉ui设计和开发的工作原型。通过集成传感器和执行器层,创建了一个灵活的UI,将技术推到后台,再次给予用户适当的关注,并能够有效地研究如何使数字世界对用户有形。
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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