Ultrasound Mid-Air Haptics for Touchless Interfaces
Ultrasound Mid-Air Haptics for Touchless Interfaces
复制标题
用于非接触式界面的超声波空中触觉
DOI：
10.1007/978-3-031-04043-6_4
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发表时间：
2022
期刊：
影响因子：
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通讯作者：
Cornelio P
中科院分区：
文献类型：
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作者：
Cornelio P
在多感官体验的背景下，空中技术还没有得到很好的研究。尽管在空中互动和空中触觉方面取得了越来越多的进步，但我们仍然缺乏对这些技术如何影响人类行为和体验的很好的理解。与此相比，我们目前对身体接触的理解，这突出了在这一领域需要更多的知识。在本章中，我描述了考虑人类多感官知觉的三个发展领域，并将这些领域与空中触觉的研究和使用联系起来。我着重于发展多感官空中互动的三个主要挑战。首先，我描述了跨模式通信如何改善空中接触的体验。然后，我概述了一些将空中触摸引入多感觉整合研究的机会。最后，我讨论了这种多感官方法如何使鼓励和支持与自治系统交互中的代理感的应用程序受益。考虑到这三个贡献，开发空中技术可以提供一个新的多感官视角，从而设计出更有意义和情感负载的空中互动。
Mid-air technology is not well studied in the context of multisensory experience. Despite increasing advances in mid-air interaction and mid-air haptics, we still lack a good understanding of how such technologies might influence human behaviour and experience. Compare this with the understanding, we currently have about physical touch, which highlights the need for more knowledge in this area. In this chapter, I describe three areas of development that consider human multisensory perception and relate these to the study and use of mid-air haptics. I focus on three main challenges of developing multisensory mid-air interactions. First, I describe how crossmodal correspondence could improve the experience of mid-air touch. Then, I outline some opportunities to introduce mid-air touch to the study of multisensory integration. Finally, I discuss how this multisensory approach can benefit applications that encourage and support a sense of agency in interaction with autonomous systems. Considering these three contributions, when developing mid-air technologies can provide a new multisensory perspective, resulting in the design of more meaningful and emotionally-loaded mid-air interactions.