Daisuke Akagawa, Junichi Takatsu, Ryoji Otsu, Seiichi Hayashi, Benjamin Vallet
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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.