A Mobile Haptic Interface (MHI), a force-feedback haptic interface with a mobile base, allows to render very large virtual objects in a safe and portable manner. In this paper, we...
In Lee, Inwook Hwang, Kyung-Lyoung Han, Oh Kyu Cho...
In this paper, we present the design of a new fMRI compatible haptic interface with 3DOFs, based on electrical DC actuation, for the study of brain mechanisms of human motor contr...
Siqiao Li, Antonio Frisoli, Luigi Federico Borelli...
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 ...
Materials such as wood or metal which are at equal temperatures are perceived to be of different ‘coldness’ due to differences in thermal properties, such as the thermal diffu...
Individuals with certain types of central nervous system damage, such as stroke, have an asymmetric walking gait. Using a splitbelt treadmill, where each leg walks at a different ...