Titlebook: Haptic Interaction; Perception, Devices Hiroyuki Kajimoto,Hideyuki Ando,Ki-Uk Kyung Book 2015 Springer Japan 2015 AsiaHaptics2014.Cross-Mo

Commodious

Adding Texture to Aerial Images Using Ultrasoundsusers to feel a tactile texture of a virtual object floating in midair. Tactile textures can be altered by modulating the waveform of the ultrasounds. The tactile feedback is presented selectively on the user’s fingertip using an infrared sensor without an extra marker. The proposed method provides

搖曳的微光

Driving System of Diminished Haptics: Transformation of Real-World Texturestion based on a squeeze film effect. A real material is attached on the display area (a square area with 30-mm sides), and its haptic texture is reduced. However, the vibration amplitude is decreased due to a shift of resonance frequency when user’s finger contacts with the haptic display. Thus, a r

牛的細微差別

High-Speed Thermal Display System that Synchronized with the Image Using Water Flowd to information display. Temperature perception depends on the size of the area affected, the difference in temperature and the speed with which the temperature changes. In this study, we focused on the latter and developed a thermal comfort variable system. In this paper, we explain the characteri

Metamorphosis

Texture Modulation of 3D Fabricated Object via Electrotactile AugmentationD fabricated object. The system detects user’s touch action and renders the electrical stimulus that induces the modulating nerve activities at the middle phalanx of a finger. The users perceive fused sensation of the virtual sensation from the artificial electrical stimulus and the real sensation f

Keshan-disease

Rendering Different Sensations to Multiple Fingers in a Multi-digit Softness Display: Pulsation and demonstration, a user can feel pulsating object within a soft material, which simulates a pulsating vessel or a heart within human body. The other demonstration is for distributed softness. By providing different softness sensations to multiple fingers, the system can render hard content within a so

羊齒

TAG

Presentation of Softness Using Film-Type Electro-Tactile Display and Pressure Distribution Measuremending to touching motion. In this research, we developed a device that combines an electro-tactile display and pressure distribution sensor. The device not only solves the problem of unnatural electrical sensation, but also enables the expression of haptics-related physical characteristics, such as

未完成

scovery for a number of reasons. Gangliosides are typically found as membrane constituents in brain, a finding that suggests a specific functional role in the central nervous system (CNS). Furthermore, it has long been recognized that certain lipidoses that affect the nervous system, such as Tay Sac

jaunty

Intentional