Sentence examples for kinesthetic feedback from inspiring English sources

Kinesthetic feedback is achieved by closing bi-directional control loops between the operator and teleoperator site.

While higher than that found using kinesthetic feedback, this demonstrates that users can perceive differences in surface friction without world-grounded kinesthetic forces.

The kinesthetic feedback group showed significant increase in voice onset time (VOT) and significant decrease in vowel duration (VD) favoring the segmental portion of the speech signal.

Master-slave and teleoperation systems with kinesthetic feedback enhance the dexterity of an operator performing manipulation tasks in remote, not accessible, or scaled environments.

These results indicate that the AMI has the potential to communicate meaningful kinesthetic feedback from a prosthetic limb by replicating the agonist antagonist relationships that are fundamental to physiological proprioception.

In this study, we present the agonist antagonist myoneural interface (AMI), a surgical approach with the capacity to provide graded kinesthetic feedback from a prosthesis through mechanical activation of native mechanoreceptors within residual agonist antagonist muscle pairs.

This paper presents a system of two double-gimbal control moment gyroscopes (CMGs) for providing ungrounded kinesthetic haptic feedback.

Virtual reality systems would benefit from a compelling force sensory substitute when workspace or stability limitations prevent the use of kinesthetic force feedback systems.

These experiments show that three DoF skin deformation enables both stiffness and friction discrimination capability in the absence of kinesthetic force feedback.

Instantaneous kinesthetic and force feedback was available via participation.

A factorial design was conducted with five factors: operator (with vs. without training), movement control (position vs. rate control), force feedback (kinesthetic vs. visual feedback), master bandwidth (high vs. low bandwidth) and task type (insertion vs. tracking movement).