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The Manipulation of a Robotic Joint to Mimic Human Motion

Date post: 23-Feb-2016
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The Manipulation of a Robotic Joint to Mimic Human Motion. Adam Hoskinson Josh Mehling Elena Wapner Jeremy Young. Overview. Introduction Experimental Setup Demonstration Question & Answer Session. Introduction. Goal - PowerPoint PPT Presentation
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The Manipulation of a Robotic Joint to Mimic Human Motion Adam Hoskinson Josh Mehling Elena Wapner Jeremy Young
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Page 1: The Manipulation of a Robotic Joint to Mimic  Human Motion

The Manipulation of a Robotic Joint to Mimic Human Motion

Adam HoskinsonJosh Mehling

Elena WapnerJeremy Young

Page 2: The Manipulation of a Robotic Joint to Mimic  Human Motion

Overview Introduction Experimental Setup Demonstration Question & Answer Session

Page 3: The Manipulation of a Robotic Joint to Mimic  Human Motion

Introduction Goal

To implement an accurate real-time master-slave control system for utilization in robotics

Project Summary

Page 4: The Manipulation of a Robotic Joint to Mimic  Human Motion

Experimental Setup-Mechanical Joint

Page 5: The Manipulation of a Robotic Joint to Mimic  Human Motion

Experimental Setup-Circuitry (Input Circuit)

Page 6: The Manipulation of a Robotic Joint to Mimic  Human Motion

Experimental Setup-Circuitry (H-bridge Theory)

Page 7: The Manipulation of a Robotic Joint to Mimic  Human Motion

Experimental Setup-Circuitry (Motor Controlling Circuit)

Page 8: The Manipulation of a Robotic Joint to Mimic  Human Motion

Experimental Setup-LabVIEW (Front Panel)

Page 9: The Manipulation of a Robotic Joint to Mimic  Human Motion

Experimental Setup-LabVIEW (Diagram)

Page 10: The Manipulation of a Robotic Joint to Mimic  Human Motion

Experimental Setup-LabVIEW (Logic True)

Page 11: The Manipulation of a Robotic Joint to Mimic  Human Motion

Experimental Setup-LabVIEW (Logic False/True)

Page 12: The Manipulation of a Robotic Joint to Mimic  Human Motion

Experimental Setup-LabVIEW (Logic False/False)

Page 13: The Manipulation of a Robotic Joint to Mimic  Human Motion

Demonstration


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