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XR/AR/VR Interaction / Force Feedback Devices and Wearable Haptic Device Design

Existing VR force feedback devices lack realism and haptic diversity and involve complex designs.

lightbulbPractical problemForce Feedback Devices and Wearable Haptic Device Design

Existing VR force feedback devices lack realism and haptic diversity and involve complex designs.

UIST '24Demonstration of JetUnit: Rendering Diverse Force Feedback in Virtual Reality Using Water Jets

Similar questions

lightbulbPractical problemForce Feedback Devices and Wearable Haptic Device Design

VR devices struggle to realistically simulate object rigidity and elasticity, reducing immersion.

CHI '25iGripper: A Semi-Active Handheld Haptic VR Controller Based on Variable Stiffness Mechanism

lightbulbPractical problemForce Feedback Devices and Wearable Haptic Device Design

Users in virtual reality cannot obtain realistic and consistent volumetric haptic feedback of objects.

UIST '24Haptic Devices with Variable Volume Using Spiral Springs

lightbulbPractical problemForce Feedback Devices and Wearable Haptic Device Design

Traditional space mission assessment methods are costly and lack haptic realism.

CHI '24Touching the Moon: Leveraging Passive Haptics, Embodiment and Presence for Operational Assessments in Virtual Reality

lightbulbPractical problemForce Feedback Devices and Wearable Haptic Device Design

Users struggle to obtain realistic virtual haptic experiences, especially softness, with existing technology.

CHI '24vARitouch: Back of the Finger Device for Adding Variable Compliance to Rigid Objects

lightbulbPractical problemForce Feedback Devices and Wearable Haptic Device Design

VR lacks highly immersive multi-dimensional haptic feedback devices.

CHI '24AirPush: A Pneumatic Wearable Haptic Device Providing Multi-Dimensional Force Feedback on a Fingertip

lightbulbPractical problemForce Feedback Devices and Wearable Haptic Device Design

Existing haptic devices struggle to simulate large-scale, complex haptic scenes in VR.

CHI '24InflatableBots: Inflatable Shape-Changing Mobile Robots for Large-Scale Encountered-Type Haptics in VR

Related papers

iGripper: A Semi-Active Handheld Haptic VR Controller Based on Variable Stiffness Mechanism

Ke Shi, Tongshu Chen, Yichen Xiang

Touching the Moon: Leveraging Passive Haptics, Embodiment and Presence for Operational Assessments in Virtual Reality

Florian Dufresne, Tommy Nilsson, Geoffrey Gorisse

vARitouch: Back of the Finger Device for Adding Variable Compliance to Rigid Objects

Gabriela Vega, Valentin Martinez-Missir, Dennis Wittchen

AirPush: A Pneumatic Wearable Haptic Device Providing Multi-Dimensional Force Feedback on a Fingertip

Yuxin Ma, Tianze Xie, Peng Zhang

InflatableBots: Inflatable Shape-Changing Mobile Robots for Large-Scale Encountered-Type Haptics in VR

Ryota Gomi, Ryo Suzuki, Kazuki Takashima

ErgoPulse: Electrifying Your Lower Body With Biomechanical Simulation-based Electrical Muscle Stimulation Haptic System in Virtual Reality

Seokhyun Hwang, Jeongseok Oh, Seongjun Kang

MetamorphX: An Ungrounded 3-DoF Moment Display that Changes its Physical Properties through Rotational Impedance Control

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ELAXO : Rendering Versatile Resistive Force Feedback for Fingers Grasping and Twisting

Zhong-Yi Zhang, Hong-Xian Chen, Shih-Hao Wang

ImpactVest: Rendering Spatio-Temporal Multilevel Impact Force Feedback on Body in VR

Hsin-Ruey Tsai, Yu-So Liao, Chieh Tsai

Midair Balloon Interface: A Soft and Lightweight Midair Object for Proximate Interactions

Takuro Furumoto, Takumi Kasai, Masahiro Fujiwara

Strives: String-based Force Feedback for Automotive Engineering

Alexander Achberger, Fabian Aust, Daniel Pohlandt

HapticBots: Distributed Encountered-type Haptics for VR with Multiple Shape-changing Mobile Robots

Ryo Suzuki, Eyal Ofek, Mike Sinclair