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Robot Integrations in the Home and Workplace from an Assistive Technology Perspective

Robot Integrations in the Home and Workplace from an Assistive Technology Perspective

The application of robotics to assistive technology has the potential to precipitate individual users’ ability to regain independence in accomplishing the activities of daily living (ADLs) and/or returning to the workforce. At the same time, both real and perceived barriers exist to broader acceptance of robotic technology, which might include a host of physical and mental barriers. Our work is targeted at both understanding how potential users interact with robotic devices, physically and cognitively, and developing novel robotic instruments and technologies to better integrate in the users home and workplace.

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Devin Berg

July 23, 2018
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  1. Robot Integrations in the Home and Workplace from an Assistive

    Technology Perspective UNIVERSITY OF WISCONSIN-STOUT Learn more at www.uwstout.edu Dr. Devin R. Berg Robert F. Cervenka School of Engineering
  2. THE UW SYSTEM UNIVERSITY OF WISCONSIN-STOUT Learn more at www.uwstout.edu

  3. UW - STOUT

  4. UW-STOUT’S POLYTECHNIC DESIGNATION POLYTECHNIC SCHOOLS ARE CAREER-FOCUSED UNDERGRADUATE AND GRADUATE

    UNIVERSITIES THAT COMBINE APPLIED LEARNING WITH A LIBERAL ARTS EDUCATION.
  5. DISCOVERY CENTER OVER 300 COLLABORATIVE P R O J E

    C T S The Discovery Center facilitates over 50 industry projects which also engage over 150 students annually BUSINESS AND INDUSTRY TIES 600+ Employers attend each of Stout’s career conferences – two of the largest in the Midwest CAREER CONFERENCES A university-affiliated, mixed-use technology, 403 acre business park community is open to industrial, commercial, business and educational owners to reap the benefits of Stout’s commitment to business and industry STOUT TECHNOLOGY & BUSINESS PARK Our FabLab, an open source digital fabrication workshop originated by MIT, logs over 2,500 total hours of machine time annually by students, staff, business, industry and community. Manufacturing Outreach Center (MOC) reported nearly $20 million in new/retained sales, cost and investments FAB LAB & MOC UNIVERSITY OF WISCONSIN-STOUT Learn more at www.uwstout.edu
  6. LABORATORY RICH ENVIRONMENT • OVER 70 Student focused labs in

    the college • 29 LABORATORIES in Engineering HANDS ON • STEM EXPO • GAME LAUNCH • Engineering day CELEBRATIONS OF THE POLYTECHNIC EXPERIENCE UNIVERSITY OF WISCONSIN-STOUT Learn more at www.uwstout.edu
  7. SCIENCE Applied Biochemistry and Molecular Biology Applied Science Environmental Science

    PSM Conservation Biology TECHNOLOGY Packaging Construction MS Construction Management STEM PROGRAMS ENGINEERING Robert F. Cervenka School of Engineering Computer & Electrical Engineering Manufacturing Engineering Mechanical Engineering Plastics Engineering MS Manufacturing Engineering Engineering Technology MATHEMATICS Applied Math and Computer Science Game Design and Mobile Applications PSM Industrial and Applied Math UNIVERSITY OF WISCONSIN-STOUT Learn more at www.uwstout.edu
  8. ROBOT HUMAN INTERACTIONS (source)

  9. ROBOT HUMAN INTERACTIONS (source) (source)

  10. ROBOT HUMAN INTERACTIONS (source) (source)

  11. ROBOT HUMAN INTERACTIONS (source) (source)

  12. ROBOT HUMAN INTERACTIONS (source)

  13. WHAT ABOUT CONTINUUM ROBOTS? (source)

  14. WHAT ABOUT CONTINUUM ROBOTS? (source)

  15. MY DISSERTATION WORK • Natural orifice abdominal access • Fluid-powered

    continuum manipulator (source)
  16. AN NSF REU GRANT

  17. ONGOING WORK WITH A RIGID ARM • Uses Microsoft Kinect

    for image capture and processing • Coupled with voice commands
  18. ONGOING WORK WITH A RIGID ARM • Uses Microsoft Kinect

    for image capture and processing • Coupled with voice commands
  19. ONGOING WORK WITH A RIGID ARM (source) (Credit: Erin Louwagie,

    Haiming Lou, Robert Munoz, Dr. Wei Shi)
  20. ONGOING WORK WITH A RIGID ARM (source) (Credit: Sujay Bajracharya,

    Derek Belsky, Bel Klave, Dr. Cheng Liu)
  21. A CONTINUUM ALTERNATIVE (source) (Credit: Derek Hartmon, Tswjyeej Her, Joshua

    Lemke, Daniel Vandenberg)
  22. A CONTINUUM ALTERNATIVE (source) (Credit: Ryan Coulson, Max Kirkpatrick, Megan

    Robinson)
  23. • Dual-Joystick • Single-Joystick Segmented – 3 Modes • Single-Joystick

    Compensative – 2 Modes • Re-centering – Slack removal USER TESTING (source)
  24. A simple task: • Determine control scheme effectiveness • Controlled

    for age and gaming experience • Qualitative feedback • Compensative method preferred USER TESTING: ROUND ONE (source)
  25. Complicated tasks: • Determine improvement through practice USER TESTING: ROUND

    TWO (source)
  26. Improvement shown in short time with robot USER TESTING: ROUND

    TWO (source)
  27. A CONTINUUM ALTERNATIVE (source)

  28. RECENT PROGRESS (Credit: Samantha Metevier, Kayla Sneller, Emily Swanson) (source)

  29. • Develop a relatively low-cost arm based upon premise of

    inherent safety • Intuitive user control • Relatively simple construction • Potential as open-source platform for user development GOALS OF MANIPULATOR PROJECT
  30. THANKS!