In this paper, we intend to demonstrate a new intuitive force-feedback device for advanced VR applications. Force feedback for the device is tension based and is characterized by ...
Seahak Kim, Shoichi Hasegawa, Yasuharu Koike, Mako...
Volume haptics has shown itself an effective way of enhancing precision and speed in interaction with medical or scientific visualization. This paper presents a mixed solver appr...
The development of a device that enables haptic foot interaction for communication over a network is presented. Considering the physical properties of feet we demonstrate that fee...
This paper describes an extension to a multimodal system designed to improve Internet accessibility for the visually impaired. Here we discuss the novel application of a grid (pat...
Philip Strain, Graham McAllister, Emma Murphy, Rav...