Published on:
6 March 2023
Primary Category:
Robotics
Paper Authors:
Yaonan Zhu,
Jacinto Colan,
Tadayoshi Aoyama,
Yasuhisa Hasegawa
Proposes a multi-contact tactile device for the thumb and index finger
Device can render skin stretch, slip, and twist patterns
Experiments tested device for pivoting tasks in a simulator
Tactile + force feedback was fastest and lowest workload
Tactile feedback is promising for dexterous teleoperation
Cutaneous feedback for dexterous teleoperation
This paper proposes a tactile feedback device to enhance teleoperated robotic in-hand manipulation. The device uses multiple contact points on the thumb and index finger to provide cutaneous feedback about forces and object motion. Experiments in a simulator showed the tactile feedback improved task speed and reduced workload compared to visual or force feedback alone.
Teleoperation with haptic feedback using low-cost tactile sensors
Learning robot manipulation skills from human demonstrations and tactile sensing
Wearable robot guides hand motion and touch for safe human-robot collaboration
Soft robotic hand skin enables improved grasping
Tactile perception in prosthetic hands
Vision-based tactile sensing for multimodal contact information
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