This article discusses the design of a hardware-software system for tactile feedback simulation, specially designed for use in virtual reality systems, and presents our own development of inexpensive gloves that allow you to perform movements in the proximal and distal joints of the fingers, as well as determine both the position and orientation of the palm and fingers using an inertial measuring device. Hardware design, architecture and software are presented, as well as experimental data for proof of this concept
HAPTIC INTERFACES ENHANCE IMMERSIVE VIRTUAL EXPERIENCES BY SUP- PLEMENTING AUDITORY AND VISUAL STIMU...
International audienceWe present a prototype of a hands-on immersive peripheral device for controlli...
Tactile interaction consists in providing the user of a Virtual Reality (VR) system with sensations ...
© 2018 IEEE. This article describes the first steps in the development of a low-cost digital sensory...
Abstract: This paper focuses on the study and the experimentation of a glove interface for robotics ...
Virtual Reality (VR) technology are increasingly used in complex engineering applications, and it ho...
Haptic feedback devices for virtual reality and telerobotics applications reproduce physical sensati...
Background: The users of today's commercial prosthetic hands are not given any conscious sensory fee...
Immersion and presence are important aspects of virtual reality (VR). Efforts are therefore being ma...
We present four wearable tactile actuators capable of recreating physical sensations commonly experi...
Virtual Reality has traditionally taken the form of audio-visual simulations. The desire for more re...
This document details a lab study into bimanual synchronised haptics, followed by the design of a pr...
In this paper, a wearable hand system for virtual reality is proposed. The proposed system can deliv...
This paper was published in Proceedings of the Association for Computing Machinery Southeast Confere...
In this paper, a hand wearable system for virtual reality (VR), which is called as WeHAPTIC (Wearabl...
HAPTIC INTERFACES ENHANCE IMMERSIVE VIRTUAL EXPERIENCES BY SUP- PLEMENTING AUDITORY AND VISUAL STIMU...
International audienceWe present a prototype of a hands-on immersive peripheral device for controlli...
Tactile interaction consists in providing the user of a Virtual Reality (VR) system with sensations ...
© 2018 IEEE. This article describes the first steps in the development of a low-cost digital sensory...
Abstract: This paper focuses on the study and the experimentation of a glove interface for robotics ...
Virtual Reality (VR) technology are increasingly used in complex engineering applications, and it ho...
Haptic feedback devices for virtual reality and telerobotics applications reproduce physical sensati...
Background: The users of today's commercial prosthetic hands are not given any conscious sensory fee...
Immersion and presence are important aspects of virtual reality (VR). Efforts are therefore being ma...
We present four wearable tactile actuators capable of recreating physical sensations commonly experi...
Virtual Reality has traditionally taken the form of audio-visual simulations. The desire for more re...
This document details a lab study into bimanual synchronised haptics, followed by the design of a pr...
In this paper, a wearable hand system for virtual reality is proposed. The proposed system can deliv...
This paper was published in Proceedings of the Association for Computing Machinery Southeast Confere...
In this paper, a hand wearable system for virtual reality (VR), which is called as WeHAPTIC (Wearabl...
HAPTIC INTERFACES ENHANCE IMMERSIVE VIRTUAL EXPERIENCES BY SUP- PLEMENTING AUDITORY AND VISUAL STIMU...
International audienceWe present a prototype of a hands-on immersive peripheral device for controlli...
Tactile interaction consists in providing the user of a Virtual Reality (VR) system with sensations ...