Unveiling Dynamic Finger-Key Interactions in Piano Performance through 3D Force Measurements [0.03%]
基于三维力测量的钢琴演奏手指按键动力学交互研究
Miyu Ishiguro,Yutaka Sakaguchi
Miyu Ishiguro
Understanding haptic interactions between fingers and piano keys is essential for uncovering the sensorimotor mechanisms underlying piano performance. In the present study, we developed a sensor-integrated piano keyboard capable of monitori...
Mutual Masking and Perceptual Simultaneity in Electrical Muscle Stimulation and Vibration Haptics [0.03%]
电肌肉刺激和振动触觉中的相互掩蔽与感知同时性
Yinan Li,Hasti Seifi
Yinan Li
Multimodal haptic feedback that combines electrical muscle stimulation (EMS) and vibrotactile signals can create richer, more immersive experiences than those using a single modality. EMS delivers kinesthetic feedback by inducing muscle con...
Recent Achievements of Electrotactile Displays in IEEE Transactions on Haptics [0.03%]
IEEE触觉学会杂志中电触觉显示的最新进展
Hiroyuki Kajimoto
Hiroyuki Kajimoto
Electrotactile displays are a promising technology that combines the simplicity of implementation using only electronic circuits with the flexibility to deliver tactile sensations across many body sites. In recent years, their applications ...
High-fidelity haptic rendering for virtual drilling on gradient porous bone in surgery training [0.03%]
外科训练中虚拟钻孔的梯度多孔骨高保真触觉渲染技术
Zipeng Chi,Jingrong Li,Qinghui Wang et al.
Zipeng Chi et al.
Drilling is an essential procedure in many orthopedic surgeries. Especially in femoral neck fracture surgery, any loss of control can lead to secondary injury to the patient. Consequently, it is imperative for orthopaedists to undergo exten...
Inertia Compensation Using Flywheels in Parallel Robots for the Assisted Manipulation of Large Payloads [0.03%]
用于大型负载辅助操作的并联机器人飞轮惯性补偿
Jonathan Lacombe,Clement Gosselin
Jonathan Lacombe
This paper proposes the use of reaction wheels in parallel mechanisms for physical human-robot interaction during the co-manipulation of large payloads. The concept combines the advantages of a mechanically backdrivable robot - for hands-on...
Kimin Kwon,Sung H Han,Dawoon Jeong et al.
Kimin Kwon et al.
Motion, conveyed through motion platform movements on which the audience is seated, is the most commonly employed four-dimensional (4D) effect. It enhances immersion and influences emotional responses, with its impact varying depending on d...
Investigating the effect of mechanical adaptation on mid-air ultrasound vibrotactile stimuli [0.03%]
探究机械适应对空中超声波振动触觉刺激的影响
Antonio Cataldo,Tianhui Huang,William Frier et al.
Antonio Cataldo et al.
Gesture control systems based on mid-air haptics are increasingly used in infotainment systems in cars, where they can reduce drivers' distractions and improve safety. However, studies on vibrotactile adaptation show that exposure to mechan...
Nicholas A Barrow,Orestis Georgiou,Patrick N Haggard
Nicholas A Barrow
Digital touch refers to haptic technologies that deliver somatic sensations primarily via cutaneous mechanoreceptors, with additional involvement of deeper receptors (e.g., muscles and joints). Like all emerging technologies, its benefits m...
SpinTexture: Exploring Scanning Realism from Concentric to Uni-directional Slip Feedback Using a Spinning Textured Disk [0.03%]
《SpinTexture：通过旋转纹理盘从同心到单向滑动反馈探索扫描现实主义》
Donghyeon Kim,Gunhyuk Park
Donghyeon Kim
In providing realistic texture scanning experiences, the recent concentric rotation mechanism contributed to its small form factor, but its realism was not validated compared with the typical uni-directional slip feedback. Therefore, we inv...
Kinesthetic Weight Modulation: The Effects of Whole-Arm Tendon Vibration on the Perceived Heaviness [0.03%]
全身肌腱振动对重量感知的影响研究
Keigo Ushiyama,Hiroyuki Kajimoto
Keigo Ushiyama
Kinesthetic illusions, which arise when muscle spindles are activated by vibration, provide a compact means of presenting kinesthetic sensations. Because muscle spindles contribute not only to sensing body movement but also to perceiving he...