Semi-plenary talk: Transition: From stiffness to softness

Ki-Uk Kyung
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Abstract

This talk introduces a historical change of haptics research based on personal experience. For a long time, researchers had proposed various force or tactile display devices which need be placed on a table. The devices were mainly composed of very stiff supporting structure and rigid actuating/ sensing components such as electric motors, piezoelectric actuators, force/torque sensors and etc. With recent development of visual display devices, haptic interfaces have been investigated for interacting with portable touchscreen devices. For installation of haptic interface into touchscreen devices, the haptic components need to be miniaturized and sometimes they have to be transparent. Now, we have more challenging issues since flexible electronic devices and wearable devices are rapidly arousing people's interest in the market as well as a field of research. In order to apply haptics technology to future flexible interfaces, we need to consider new appearance of actuators and sensors. This talk starts from brief description of compact tactile displays and haptic interfaces for touchscreens, and mainly introduces current research activities for flexible and transparent haptic interface.
半全体发言:过渡:从硬到软
本讲座以个人经验为基础,介绍了触觉学研究的历史变迁。长期以来,研究人员提出了各种需要放在桌子上的力或触觉显示设备。该装置主要由刚性支撑结构和刚性致动/传感元件(如电动机、压电致动器、力/扭矩传感器等)组成。随着视觉显示设备的发展,人们开始研究与便携式触摸屏设备交互的触觉界面。为了将触觉界面安装到触摸屏设备中,触觉组件需要小型化,有时它们必须是透明的。现在,由于柔性电子设备和可穿戴设备正在迅速引起人们对市场和研究领域的兴趣,我们面临着更具挑战性的问题。为了将触觉技术应用于未来的柔性界面,我们需要考虑致动器和传感器的新外观。本讲座从紧凑型触觉显示器和触摸屏触觉界面的简要介绍开始,重点介绍了柔性和透明触觉界面的研究现状。
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