Haptic Feedback For Prosthetic Grasp And Lift Control.pdf

WH2013_FINAL_PRESS_Brown_et_al.pdf
Preview of Haptic Feedback for Prosthetic Grasp and Lift Control
🔗 Source: mahilab.rice.edu
📊 Size: 1.24 MB
👤 Author: Andrew Paek Jeremy DeLaine Brown
⬇️ Downloads: 22

Summary

This study investigates the role of haptic feedback in a teleoperated/prosthetic grasp and lift task, comparing force feedback spanning the elbow and amplitude-modulated vibrotactile feedback. 11 participants (8 able-bodied, 3 amputees) performed the task under three conditions: no feedback, vibrotactile feedback, and force feedback, with two object weights undetectable by vision.

Key Findings:

- Differences between able-bodied and amputee participants: Amputees showed variations in coordinating grasp and lift forces compared to able-bodied individuals.
- Effectiveness of haptic feedback: Both force feedback and vibrotactile feedback significantly improved task performance (reduced slips) and adaptability after unexpected weight changes, suggesting easier development of internal models for predictive control with haptic guidance.
- Potential haptic modalities: The study highlights the need to compare different haptic feedback modalities to determine the most beneficial approach for amputees in specific tasks, with a focus on grasp and lift functions relevant to daily living activities.

Description

This study compares two haptic feedback modalities for upper-limb prosthetics: force feedback across the elbow and amplitude, aiming to enhance dexterous control during grasp and lift tasks beyond visual feedback alone. Researchers from various US universities explore effective ways to integrate haptic information for more natural prosthetic device manipulation.

Technical Information

  • File Format: PDF
  • File Size: 1.24 MB
  • Pages: 6
  • Language: EN
  • Author: Andrew Paek Jeremy DeLaine Brown
  • Total Downloads: 22
  • Last Updated: 2 weeks ago

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