Toward Eyes-Free Interaction: Whole-Arm Guidance via Fingertip Deflection with the NURing [0.03%]
迈向无视觉交互：通过指尖偏转进行全身引导的NURing技术研究
Tomasz P Trzpit,Gregory Reardon,Anthony Shilati et al.
Tomasz P Trzpit et al.
Haptic feedback can convey spatial information without engaging vision or hearing, making it well suited for eyes-free and assistive applications. However, many haptic guidance systems rely on cues that require explicit cognitive interpreta...
Tianwei Zhang,Hanming Yan,Yang Yang et al.
Tianwei Zhang et al.
With the rapid advancement of humanoid robotics and embodied intelligence technologies, numerous musical instrument-playing robots have emerged in recent years, such as pianos, chime bells, and taiko drums. These robots primarily employ ope...
Leen J N Almasu,Caroline Lehser,Daniel Schmitt et al.
Leen J N Almasu et al.
This study investigates how variations in the intensity of spatiotemporally modulated ultrasonic mid-air haptic stimulation modulate the amplitude, latency, and phase synchronization of somatosensory evoked potentials (SEPs), as well as the...
Modeling Subjective User Experience in Haptics Through Individualized Bayesian Models [0.03%]
基于个性化贝叶斯模型的触觉感知评价主体经验仿真研究方法
Joseph C Liechty,Pengshun Tang,John C Liechty et al.
Joseph C Liechty et al.
In many areas of haptics, evaluation has prioritized objective task performance, with subjective aspects of user experience (UX), such as emotional response and user preference, often being treated as complementary measures. In this work we...
Vis2Touch: Perceptually Grounded 3D Printing of Visual Art With AI-Driven Depth and Texture Estimation [0.03%]
基于AI的深度和纹理估算的视觉艺术触觉感知驱动的3D打印(Vis2Touch)
Faraz Faruqi,Azfar Sulaiman,Joshua Yin et al.
Faraz Faruqi et al.
Visual art offers a rich expression of its subject's color and form, but lacks the haptic cues of depth and texture central to understanding its physical characteristics. We present Vis2Touch, a system that transforms color images into text...
J Hurley,J Drummond,A J Bongers
J Hurley
Digital Audio Workstations (DAWs) form the basis of contemporary music, audio production, and sound-based artistic practice, yet their increasingly visual interfaces present significant accessibility barriers for blind and partially sighted...
Spatio-temporal control of vibrotactile stimulation on OLED displays with inverse filtering [0.03%]
基于逆滤波的OLED显示器上振动触觉刺激的时空控制
Charles Hudin,Ayoub Ben Dhiab
Charles Hudin
This work presents an inverse filter method capable of controlling complex and independent haptic stimulations for up to ten fingers interacting concurrently with a display. Our approach extends the inverse filtering framework to support co...
Xuanxuan Yang,Xiuyang Zhang,Haofeng Chen et al.
Xuanxuan Yang et al.
Electrical impedance tomography (EIT) provides an attractive solution for large-area tactile sensing due to its minimal wiring and geometric flexibility, but its nonlinear inverse problem often leads to severe artifacts and inaccurate recon...
Meike Heldoorn,Astrid M L Kappers,Myrthe A Plaisier
Meike Heldoorn
Relief based tactile refreshable displays that are currently on the market are composed of pixel-based elements. While current devices mainly focus on making text accessible by raising pixels, some are capable of displaying tactile images a...
Reconciling Reduced the Sense of Ownership and Agency toward a Virtual Keypad with Enhanced Haptic Experience Using Visually Adjusted Self-Haptics for Key-Input Interaction [0.03%]
使用视觉调整的自我触觉增强虚拟键盘触觉体验以重建键入交互中的所有权和代理权感
Daiki Hagimori,Yuki Yamada,Hiroki Zukawa
Daiki Hagimori
Self-Haptics is a tactile feedback technique where users utilize their own body to generate tactile sensations. This method allows the body to act purely as a prop, making it useful for virtual objects and user interfaces not directly relat...