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XR/AR/VR Interaction / Electrical Muscle Stimulation and EMS Force Feedback Simulation

Traditional teleoperation haptic feedback devices are complex and bulky, making realistic force feedback difficult.

lightbulbPractical problemElectrical Muscle Stimulation and EMS Force Feedback Simulation

UbiComp '24Proposal of a Framework for Enhancing Teleoperation Experience with Biomechanical Simulation-Based Electrical Muscle Stimulation in Virtual Reality

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lightbulbPractical problemElectrical Muscle Stimulation and EMS Force Feedback Simulation

Users in teleoperation cannot obtain natural, accurate haptic feedback, increasing learning difficulty and operational error.

CHI '25TelePulse: Enhancing the Teleoperation Experience through Biomechanical Simulation-Based Electrical Muscle Stimulation in Virtual Reality

lightbulbPractical problemElectrical Muscle Stimulation and EMS Force Feedback Simulation

Seated VR struggles to realistically simulate walking sensation, reducing immersion.

UbiComp '24LegSense: Inducing Walking Sensation in Seated VR by Providing Movement Illusion via Electrical Muscle Stimulation

lightbulbPractical problemElectrical Muscle Stimulation and EMS Force Feedback Simulation

VR users perceive inauthentic and disharmonious haptic experiences in high-intensity force feedback scenarios.

CHI '24Paired-EMS: Enhancing Electrical Muscle Stimulation (EMS)-based Force Feedback Experience by Stimulating Both Muscles in Antagonistic Pairs

lightbulbPractical problemElectrical Muscle Stimulation and EMS Force Feedback Simulation

Existing haptic devices rely on multi-point design and struggle to achieve highly flexible whole-body feedback.

CHI '24Haptic Source-effector: Full-body Haptics via Non-invasive Brain Stimulation

lightbulbPractical problemElectrical Muscle Stimulation and EMS Force Feedback Simulation

VR haptic devices' insufficient battery life limits immersive experience.

UIST '22Prolonging VR Haptic Experiences by Harvesting Kinetic Energy from the User

lightbulbPractical problemElectrical Muscle Stimulation and EMS Force Feedback Simulation

Head control devices in AR/VR are bulky and unnatural, limiting immersion.

CHI '22Electrical Head Actuation: Enabling Interactive Systems to Directly Manipulate Head Orientation

Traditional teleoperation haptic feedback devices are complex and bulky, making realistic force feedback difficult.

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Related papers

TelePulse: Enhancing the Teleoperation Experience through Biomechanical Simulation-Based Electrical Muscle Stimulation in Virtual Reality

Paired-EMS: Enhancing Electrical Muscle Stimulation (EMS)-based Force Feedback Experience by Stimulating Both Muscles in Antagonistic Pairs

Haptic Source-effector: Full-body Haptics via Non-invasive Brain Stimulation

Prolonging VR Haptic Experiences by Harvesting Kinetic Energy from the User

Electrical Head Actuation: Enabling Interactive Systems to Directly Manipulate Head Orientation

Increasing Electrical Muscle Stimulation’s Dexterity by means of Back of the Hand Actuation