Physical mobile interactions : mobile devices as pervasive mediators for interactions with the real world
Physical mobile interactions : mobile devices as pervasive mediators for interactions with the real world
复制标题
物理移动交互：移动设备作为与现实世界交互的普遍媒介
DOI：
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发表时间：
2006
期刊：
影响因子：
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通讯作者：
Enrico Rukzio
中科院分区：
文献类型：
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作者：
Enrico Rukzio
到目前为止，移动的设备主要用于用户、设备和所使用的服务之间的交互，而不考虑使用的上下文。然而，在过去的几年里，我们已经看到了巨大的兴趣，在工业界和学术界使用移动的设备与真实的世界中的事物，地点和人的互动，称为物理移动的互动在本文中。到目前为止，还没有对这些交互技术进行全面的分析，也没有进行用户研究来分析哪些用户更喜欢哪种交互技术。此外，没有可供应用开发者重用以将此类交互集成到其应用中的综合框架，并且没有报告在开发物理移动的交互和应用时可使用的具体方法和最佳实践。本文首次对物理移动的交互进行了全面的分析和分类。此外，开发了一个成熟的框架，提供了四种不同的交互技术的各种实现。这四个物理移动的交互技术，然后在五个不同的原型和分析，在五个不同的用户研究。结果关注的优点和缺点，这些互动技术所看到的潜在用户。这项工作还报告了经验，指导方针，方法和最佳实践，简化了开发物理移动的交互和应用程序的过程。此外，本论文提供了一个隐私方面的分析，在移动的互动与公共显示器，提出了新的互动技术旋转罗盘和第一个概念，使用移动终端直接触摸为基础的互动与动态显示。
So far, mobile devices have mainly been used for interactions between the user, the device and the used service without considering the context of use. However, during the last years we have seen a huge interest in industry and academia in using mobile devices for interactions with things, places and people in the real world, termed physical mobile interactions in this thesis. Until now there has been no comprehensive analysis of these interaction techniques and no user studies have been conducted to analyze when which interaction technique is preferred by which users. Furthermore there is no comprehensive framework available which can be reused by application developers to integrate such interactions into their applications, and no specific methods and best practices have been reported that can be of use when developing physical mobile interactions and applications. This dissertation presents the first comprehensive analysis and classification of physical mobile interactions. Furthermore a mature framework was developed that provides various implementations of four different interaction techniques. These four physical mobile interaction techniques were then used in five different prototypes and analysed in five different user studies. The results concern the advantages and disadvantages of these interaction techniques as seen by potential users. This work also reports experiences, guidelines, methods and best practices that simplify the process of developing physical mobile interactions and applications. Furthermore this dissertation provides an analysis of privacy aspects in mobile interactions with public displays, presents the novel interaction technique rotating compass and the first concept of using the mobile device for direct touch-based interaction with dynamic displays.