野外振动触觉：智能手机振动的感知转换
In-the-wild vibrotactile sensation: Perceptual transformation of vibrations from smartphones
摘要：
智能手机发出的振动已经成为我们日常生活的一部分。振动可以为人们从屏幕上获得的信息添加各种含义。因此，它是值得理解的振动与普通设备的感知转换，以评估通过智能手机丰富的振动触觉通信的可能性。这项研究评估了在野外环境中通过智能手机的振动触觉的再现性。为了实现改进的触觉设计，与智能手机用户顺利沟通，我们还专注于在野外环境的振动触觉的缓和效果：移动设备的物理规格，用户的设备操作方式，以及用户的个人特质的触摸的愿望。我们进行了一个基于Web的野外实验，而不是实验室实验，以重现尽可能接近用户日常生活的环境。通过一系列的分析，我们发现，用户感知的振动刺激的重量是更高的感觉幅度比强度相同的条件下的振动刺激。我们还表明，它是可取的，以考虑在野外环境中的缓和效果，实现更好的触觉系统设计，以最大限度地提高振动触觉刺激的影响。
英文摘要：
Vibrations emitted by smartphones have become a part of our daily lives. The vibrations can add various meanings to the information people obtain from the screen. Hence, it is worth understanding the perceptual transformation of vibration with ordinary devices to evaluate the possibility of enriched vibrotactile communication via smartphones. This study assessed the reproducibility of vibrotactile sensations via smartphone in the in-the-wild environment. To realize improved haptic design to communicate with smartphone users smoothly, we also focused on the moderation effects of the in-the-wild environments on the vibrotactile sensations: the physical specifications of mobile devices, the manner of device operation by users, and the personal traits of the users about the desire for touch. We conducted a Web-based in-the-wild experiment instead of a laboratory experiment to reproduce an environment as close to the daily lives of users as possible. Through a series of analyses, we revealed that users perceive the weight of vibration stimuli to be higher in sensation magnitude than intensity under identical conditions of vibration stimuli. We also showed that it is desirable to consider the moderation effects of the in-the-wild environments for realizing better tactile system design to maximize the impact of vibrotactile stimuli.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
