2002 · 27 citations · 3 references
EngineeringMechatronics EngineeringRobotics EngineeringAssistive TechnologyInteraction DesignUser Experience DesignEmbodied InteractionForce SensingHaptic Feedback DesignHaptic Feedback SystemsTactile SensingVirtual RealityAir Pressure ControlForce Feedback InterfacesHaptic Device DesignHaptic Interaction DesignHaptic Interface DesignHaptic InterfacesVirtual Reality HapticsVirtual Reality Interfaces
In order to apply VR technologies to tools for everyday life, it is necessary to develop human interface technologies that do not constrain the users' activities. To achieve this goal, we propose a new force feedback method that utilizes air pressure to provide a force sensation to users. This force feedback system does not constrain users by an arm or a wire that connected with devices, and allows users to move their bodies and hands freely. This paper introduces the concept and the initial implementation of the air-pressure-based force feedback system.
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