Current mobile devices do not leverage the rich haptic channel of information that our hands
can sense, and instead focus primarily on touch based graphical interfaces. Our goal is to …

This paper presents a small and lightweight tactile display system and describes its
capabilities with respect to spatial and temporal tactile feedback. Each tactile display module …

This paper presents a new subminiature impact type actuator which creates the haptic
sensation in a mobile device. Recently, linear resonance actuators (LRA) are widely used …

Steering a vehicle is a task increasingly challenging the driver in terms of mental resources.
Reasons for this include the increasing volume of road traffic and a rising quantity of road …

Through researches defining tactile feeling on touched surfaces, researchers have begun to
examine how to design effective tactile actuators and displays. In this paper, we present the …

We present ExtEdge, a design and method for augmenting the visual experiences of a
smartphone using electro-tactile stimulation. We aim to explore new interactions through …

This paper describes a wearable haptic technology able to produce complex haptic
sensations through vibro-mechanical stimulation of the human skin. The technology can be …

This study presents a miniature haptic actuator (10 mm (L)× 10 mm (W)× 6.5 mm (H)) based
on magnetorheological fluids, which is designed to provide realistic touch sensations to …

The most important thing in haptic interaction with mobile devices is to create vibrotactile
sensation with wide frequency range. However, it is not easy to generate vibrotactile signal …

This article presents a novel design of a miniature haptic actuator based on
magnetorheological fluids for mobile applications with the aim of providing various haptic …