Titlebook: Human-Computer Interaction. Technological Innovation; Thematic Area, HCI 2 Masaaki Kurosu Conference proceedings 2022 The Editor(s) (if app

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Renate Neub?umer,Brigitte Hewel,Thomas Lenkuickly. Robot-assisted surgery has made it possible to perform precise operations. However, it is still difficult to perform surgery in a narrow surgical field with a narrow view. Several surgical support systems using augmented reality (AR) have been studied, in which three-dimensional computer gra

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https://doi.org/10.1007/978-3-322-94806-9othermal circuit patterns and thermochromic inks have attracted much attention in recent years. Thermochromic displays, which undergo reversible color change according to temperature change, have the problem of low responsiveness due to the delay of heating and cooling. In this study, we propose a h

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Wirtschaftssystem und Wirtschaftsordnung,ng rates of anxiety and depression. The COVID-19 pandemic escalated this situation with a series of quarantines. Without physical interaction, learning a new skill can be frustrating and stressful, especially a skill like Yoga that requires balance and physical coordination. On the one hand, many pe

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Renate Neub?umer,Brigitte Hewelcontext, representation, interaction, and linguistic system – each with multiple criteria. .?begins with a blank working template which is populated with labels and symbols to characterize the dynamics and interactions of the keyboard. The goal is to provide a framework within which any soft keyboar

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https://doi.org/10.1007/978-3-322-94861-8 built-in light sensor utilization. Simple in-air gestures, performed above the smartphone screen, alter the current level of ambient lighting. This allows adjusting the keyboard cursor position based on the sensor readings. The idea of this work is in accordance with the Around-Device Interaction (

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