In this study, we investigated the effect of input voltage waveform on our haptic perception of
electrovibration on touch screens. Through psychophysical experiments performed with …

This work aims to demonstrate and explain a nearly century old electrostatic haptic effect in
human fingertips, which has since gone unreported. This effect, based on the original work …

In this paper, a new model for electroadhesion between two surface-insulated plates under
DC electric field is presented and control of dynamic responses of electroadhesion force is …

Ultrasonic vibration is employed to modify the friction of a finger pad in way that induces
haptic sensations. A combination of intermittent contact and squeeze film levitation has been …

Electrovibration technology has the potential for seamless integration into ordinary
smartphones and tablets to provide programmable haptic feedback. The aim of this work is …

Realistic display of tactile textures on touch screens is a big step forward for haptic
technology to reach a wide range of consumers utilizing electronic devices on a daily basis …

Two different principles are available to modulate the user perceived roughness of a
surface: electrovibration and ultrasonic vibration of a plate. The former enhances the …

Ultrasonic vibrations of a plate can modify the perception of the friction between a surface
and a sliding finger. This principle, coupled with modern position sensing techniques, is able …

The perceived intensity of electrovibration can be altered by modulating the amplitude,
frequency, and waveform of the input voltage signal applied to the conductive layer of a …

This paper proposes a visuo-haptic feedback system that can provide haptic feedback to
multiple users on an LCD monitor using electrostatic adhesion and built-in capacitive …