Pseudo‐Haptic Feedback: Multi‐Modal Approaches to Stiffness Perception and User Experience

ABSTRACT

Pseudo‐haptics is a technique that creates the illusion of haptic sensations in virtual environments by leveraging visual feedback and the interplay between visual and haptic perception. Pseudo‐haptic feedback can enhance virtual reality interactions by providing perceptual cues that substitute for or complement physical haptic feedback. This work extends a 3D deformation rendering approach to generate visual deformation cues for stiffness perception in virtual reality and evaluates their impact on user experience through a user study measuring presence and workload. Results from a user study () indicate that deformation cues support stiffness perception at levels comparable to physical haptic feedback in both objective and subjective measures. Combining pseudo‐haptic and force feedback further enhances stiffness perception accuracy and presence without increasing workload. These findings demonstrate that well‐designed pseudo‐haptic feedback mechanisms can effectively complement or substitute for force feedback in virtual reality interactions.