A lightweight electrotactile rendering method for distinguishing rolling and sliding with spatiotemporal cues and vibration.
EuroHaptics 2026 Electrotactile Surface Haptics Rolling and Sliding
Read MoreA 5.24 g fingernail-mounted haptic device that renders 3-DOF directional forces while keeping the fingerpad free for mixed reality interaction.
IEEE Transactions on Haptics 2026 IEEE VR 2025 Poster Haptic Devices 3-DOF Directional Feedback Wearable Technology
Read MoreA lightweight wearable fingertip haptic device providing physics-based haptic feedback for enhanced virtual dexterous manipulation
The Cover of IEEE Transactions on Haptics Haptic Devices Dexterous Manipulation Wearable Technology
Read MoreFingernail-side stimulation simulates tangential forces
Asia Haptics 2024 Best Demo Award Haptic Devices Tangential Force Simulation
Read MoreHow different types of haptic feedback affect user performance in virtual reality tasks.
EuroHaptics 2024 Haptic Devices Dexterous Manipulation
Read MoreWant to become the world's smallest and lightest device for creating tactile sensations on fingertips.
SIGGRAPH 2023 Haptic Devices Dexterous Manipulation
Read MoreMR Grasping
Mixed Reality Interaction Dexterous Manipulation
Read MoreBut it is difficult for technology to simulate humans.
SEIR Multi Agent
Read MoreFor Robocup middle size league
Robocup MSL
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Since the payload of drones is limited, let's modularize it.
Tiny drone
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