在COVID-19大流行下,使用UbiMouse的非接触式解决方案实现可持续社会

Daisuke Akagawa, Junichi Takatsu, Ryoji Otsu, Seiichi Hayashi, Benjamin Vallet
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引用次数: 2

摘要

本文介绍了一种新的人工智能软件,它可以用手指在空中控制设备。与万能鼠标、触摸屏、餐厅点餐系统、自动取款机系统等,这些都是各种人在公共场合常用的,可以是非接触式设备。这些非接触式设备,特别是在COVID-19的恶劣条件下,需要防止由触摸设备介导的感染。此外,由于这些设备的触摸感应故障,它们不能戴手套使用。因此,在使用手套的领域,有非接触式设备操作的需求。为了满足这些需求,我们开发了“UbiMouse”。这是一款人工智能软件,你可以通过向设备移动手指来操作设备。在uimouse的人工智能中,卷积模型和回归模型分别用于从摄像机镜头中识别手指的特征,并估计检测到的手指的位置。我们演示了一个没有接触的uimouse操作。伴随着空中的这个操作,鼠标光标被高精度地引导到指定的位置。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Sustainable society with a touchless solution using UbiMouse under the pandemic of COVID-19
This paper introduces a new artificial intelligence software which is capable of controlling devices using fingers in the air. With Ubimouse, touch-panels, restaurant ordering systems, ATM systems, and etc., which are commonly used by various people in public, can be contact-less devices. These touch-less devices, especially under the harsh conditions of COVID-19, are desired to prevent infections mediated by touch devices. Also, these devices cannot be used while wearing gloves due to their touch sensing fault. Thus, in fields using gloves, there is a demand for non-contact device operation. To satisfy these demands, we have developed “UbiMouse”. This is an AI software that allows you to operate the device by moving your fingers toward the device. In the AIs in UbiMouse, a convolution model and a regression model are used to identify fingers’ features from camera footage and to estimates the position of a detected finger, respectively. We demonstrate an operation of UbiMouse without contact. Along with this operation in the air, a mouse cursor is guided to the specified location with high accuracy.
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