International audienceThis demo paper presents a multi-modal device able to generate real-time audio-haptic signal as response to the users' motion and produce naturalistic sensation. The device consists in a touch screen with haptic feedback based on ultrasonic friction modulation and a sound synthesizer. The device will help investigate audio-haptic interaction. In particular the system is built to allow for an exploration of di↵erent strategy of mapping audio and haptic signal to explore the limits of congruence. Such interactions could be the key to more informative and user-friendly touchscreens for Human-Machine-Interfaces
Multi-function interfaces have become increasingly pervasive and are frequently used in contexts whi...
Hermann T, Kõiva R. tacTiles for Ambient Intelligence and Interactive Sonification. In: Pirhonen A, ...
In this paper, we describe our experience in musical interface design for a large scale, high-resolu...
International audienceThis demo paper presents a multi-modal device able to generate real-time audio...
International audienceMusic production on traditional instruments creates vibrations that are percei...
An entertainment environment to enrich music listening experience is purposed. This environment is c...
Sound generation requires acoustical energy, which is in the most part supplied by the movement of s...
This thesis proposes a unique approach to haptic feedback, based on a hand-worn electronic device th...
Abstract. This research, based on the action/object paradigm that pro-poses that sounds result from ...
With the increasing availability and quality of auditory and haptic means of interaction, it is not ...
Poster session - Conference website: http://www.eurohaptics.visio n.ee.ethz.ch/2004.shtmlInternation...
Touch screens have become the most popular computer interface in our daily life. Although they respo...
Live music performances and music production often involve the manipulation of several parameters du...
We propose a multimodal architecture in which audio and haptic textures are simulated in real-time u...
A contact interaction occurs when two rigid objects strike, scrape, or slide against one another. A...
Multi-function interfaces have become increasingly pervasive and are frequently used in contexts whi...
Hermann T, Kõiva R. tacTiles for Ambient Intelligence and Interactive Sonification. In: Pirhonen A, ...
In this paper, we describe our experience in musical interface design for a large scale, high-resolu...
International audienceThis demo paper presents a multi-modal device able to generate real-time audio...
International audienceMusic production on traditional instruments creates vibrations that are percei...
An entertainment environment to enrich music listening experience is purposed. This environment is c...
Sound generation requires acoustical energy, which is in the most part supplied by the movement of s...
This thesis proposes a unique approach to haptic feedback, based on a hand-worn electronic device th...
Abstract. This research, based on the action/object paradigm that pro-poses that sounds result from ...
With the increasing availability and quality of auditory and haptic means of interaction, it is not ...
Poster session - Conference website: http://www.eurohaptics.visio n.ee.ethz.ch/2004.shtmlInternation...
Touch screens have become the most popular computer interface in our daily life. Although they respo...
Live music performances and music production often involve the manipulation of several parameters du...
We propose a multimodal architecture in which audio and haptic textures are simulated in real-time u...
A contact interaction occurs when two rigid objects strike, scrape, or slide against one another. A...
Multi-function interfaces have become increasingly pervasive and are frequently used in contexts whi...
Hermann T, Kõiva R. tacTiles for Ambient Intelligence and Interactive Sonification. In: Pirhonen A, ...
In this paper, we describe our experience in musical interface design for a large scale, high-resolu...