Despite the plethora of vibrotactile applications that already have begun to impact our everyday life, how to design vibrotactile patterns easily and efficiently remains to be a ...
This paper examines the use of motorized physical sliders with position and force as input and output parameters for tangible human computer interaction. Firstly, we present an an...
Ali Shahrokni, Julio Jenaro, Tomas Gustafsson, And...
This paper presents a novel human-computer interface that enables the computer display to be perceived without any use of the eyes. Our system works by tracking the user’s head ...
This paper presents two graphical authoring tools, posVibEditor and VibScoreEditor, developed for the intuitive and convenient design of vibrotactile patterns. The posVibEditor is...
This paper describes the usage of a force feedback steering wheel interface in sound environments focusing on the example of sound.toy. Sound.toy is a student's project for c...