Skip to main content

Weekly Meeting 3 (11/13/18)

Posted by on Tuesday, November 13, 2018 in Notebook.

  • Progress Update
    • Helpful to send materials by 9am at the latest on Tuesdays
    • Lit review/patent search
    • Oral Report
      • Contains all important progress so far
      • Components:
        • Slide 5: overview so far–includes problem statement
        • Slides 6-9: needs assessment
        • Slide 10: Project approach
        • Slides 11-12: timeline and lit review
        • Slide 13: hardware block diagram
          • Update slide: change colors to differentiate
        • Slide 14: hardware–microcontrollers
          • Should consider voltage output of arduino
          • Sampling rate of arduino: ~50 Hz
            • Should double EMG frequency
        • Slide 15: intent interpretation-algorithm
          • Nomenclature: Not really considered pattern recognition amongst people working on prosthetics
        • Slide 16: overview of design process
    • Block Diagrams
      • Intent-interpretation algorithm
        • Nomenclature taken from paper
        • Involves four paired-EMG electrodes
        • Many papers about extraction of EMG signal step
        • Should think about good features to extract
    • Device in mail
      • Can do whatever we want to it
      • Also found charger–cannot damage
  • Questions
    • Website access
      • Should give Emily access
    • Letter Support
      • BMEideas
      • What is expected of us in the project space and how our team fits into it
      • Final document due in march
      • Will communicate concrete deadline
        • Soft deadline: end of semester
  • Future Items
    • EMG-hand posture experimentation
    • Continued lit-review
      • Define scope
    • Reach out to professors at Vanderbilt
  • Action Items
    • Progress report due 11/15
    • Hardware Block Diagram – AK
    • Reach out to professors – AK
    • Feedback loops for velocity vs force based – SR
    • Look into possibilities for phantom muscle signals – KA, RJ
    • Provide Website access – CS
    • Look into sampling frequency of arduino – AK