Force feedback in current teleoperation systems typically only provides haptic/kinaesthetic feedback to operators in the form of normal forces. However, it is proposed in this paper that the introduction of shear (or lateral) force feedback to operators’ fingertips may provide an enhanced degree of control in manipulating remote objects for a wide variety of applications. A lightweight and wearable prototype device is developed and tested to demonstrate this hypothesis
We introduce a novel method to improve the performance of passive teleoperation systems with force r...
We introduce a novel method to improve the performance of passive teleoperation systems with force r...
A novel sensory substitution technique is presented. Kinesthetic and cutaneous force feedback are su...
Tactile feedback is among haptics one of the more recent modalities for human-system interaction. Re...
A prototype of a joystick where the kinesthetic feedback is substituted by tactile feedback is prop...
A prototype of a joystick where the kinesthetic feedback is substituted by tactile feedback is prop...
A prototype of a joystick where the kinesthetic feedback is substituted by tactile feedback is prop...
Haptic feedback devices for virtual reality and telerobotics applications reproduce physical sensati...
At present, tactile displays are constructed either as shape or vibrotactile displays. While shape d...
Tactile feedback is among haptics one of the more recent modalities for human-system interaction. Re...
The safe and economic exploitation of remote manipulation techniques is dependent on accurate, respo...
Today’s prostheses provide numerous intuitive features including several gripping patterns and movem...
Today’s prostheses provide numerous intuitive features including several gripping patterns and movem...
This paper describes and evaluates a high-fidelity, low-cost haptic interface for teleoperation. The...
We introduce a novel method to improve the performance of passive teleoperation systems with force r...
We introduce a novel method to improve the performance of passive teleoperation systems with force r...
We introduce a novel method to improve the performance of passive teleoperation systems with force r...
A novel sensory substitution technique is presented. Kinesthetic and cutaneous force feedback are su...
Tactile feedback is among haptics one of the more recent modalities for human-system interaction. Re...
A prototype of a joystick where the kinesthetic feedback is substituted by tactile feedback is prop...
A prototype of a joystick where the kinesthetic feedback is substituted by tactile feedback is prop...
A prototype of a joystick where the kinesthetic feedback is substituted by tactile feedback is prop...
Haptic feedback devices for virtual reality and telerobotics applications reproduce physical sensati...
At present, tactile displays are constructed either as shape or vibrotactile displays. While shape d...
Tactile feedback is among haptics one of the more recent modalities for human-system interaction. Re...
The safe and economic exploitation of remote manipulation techniques is dependent on accurate, respo...
Today’s prostheses provide numerous intuitive features including several gripping patterns and movem...
Today’s prostheses provide numerous intuitive features including several gripping patterns and movem...
This paper describes and evaluates a high-fidelity, low-cost haptic interface for teleoperation. The...
We introduce a novel method to improve the performance of passive teleoperation systems with force r...
We introduce a novel method to improve the performance of passive teleoperation systems with force r...
We introduce a novel method to improve the performance of passive teleoperation systems with force r...
A novel sensory substitution technique is presented. Kinesthetic and cutaneous force feedback are su...