BERKELEY SENSOR & ACTUATOR CENTER
UC BERKELEY UC DAVIS
User: Guest |  Site Map |  My BSAC Profile
HOME  PROJECTS  THRUSTS  PUBLICATIONS  ABOUT BSAC  DIRECTORY  ALUMNI  FOR BSAC RESEARCHERS  EVENTS CALENDAR  SECURE LOGIN
Table of all Projects
     
 

BPN892: Wearable Muscle Diagnostic System for Sports Monitoring Based on pMUT arrays

Project ID BPN892
Website
Start Date Sun 2018-Jan-28 09:44:48
Last Updated Tue 2018-Feb-13 13:01:08
Abstract Muscle disorders, such as hematoma and atrophy, are major medical concerns stemming from the results of heavy muscles works such as intensive manual labors and physical exercises. For example, about 30% of sports injuries are related to muscles and it has been challenging to monitor the muscles usages and conditions with real-time feedback to avoid the extensive usages of muscles. From the perspective of availability, cost, and simplicity, ultrasonic imaging is a better route than technologies such as computed tomography (CT) and magnetic resonance imaging (MRI) for muscle disorder diagnostics, especially for usages in sports traumatology and rehabilitation training. The emerging technology of piezoelectric micromachined ultrasonic transducers (pMUTs) by wafer-scale, CMOS-compatible MEMS fabrication techniques has been developed for several consumer electronics such as 3D gesture recognition and fingerprint sensing. Due to the features of better acoustic coupling, lower cost and lower power consumption as compared to the traditional ultrasonic transducers, pMUTs are potentially better for wearable consumer electronics. Here, we propose the concept of a wearable muscle diagnostic system for sports monitoring based on pMUT arrays. Experimental results have shown clear images from both A- and B-mode scans on three polymer-based, artificial structures mimicking both normal and disorder muscle statuses. As such, this pMUT arrays based wearable medical imaging system could find potential applications in wearable and battery-powered ultrasonic muscle monitoring systems.
Status New
Funding Source BSAC Member Fees
IAB Research Area NanoPlasmonics, Microphotonics & Imaging
Researcher(s) Hong Ding, Benjamin E. Eovino, Yue Liang
Advisor(s) Liwei Lin
Detailed Information
Secure Access

Private Abstract
Research Report
Summary Slide PDF | VIDEO
Active Feedback (or Request for Response)

 

  • Copyright Notification: All papers downloaded from this site are © University of California or the publisher, all rights reserved. Contact the BSAC Webmaster for permission related to copyrighted materials.
  • Links on these pages to commercial sites do not represent endorsements by UC or its affiliates.
  • Privacy Policy
  • Contact Us

   webmaster@bsac.eecs.berkeley.edu
  User logged in as: Guest
  User Idle since: February 19, 2018, 2:07 pm