Lectures

• 4.3.2 The Project MARCH input device in action

  Subject(s) Module 4. Making the Exoskeleton Smart
  

• 4.4.1 Feedback from the exoskeleton

  Subject(s) Module 4. Making the Exoskeleton Smart
  

• 4.5.1 Introduction to data in the exoskeleton

  Subject(s) Module 4. Making the Exoskeleton Smart
  

• 5.1.1 Introduction to module 5 Balance in Exoskeletons

  Subject(s) Module 5. Balance in Exoskeletons
  

• 5.2.2 Exoskeleton applications

  Subject(s) Module 5. Balance in Exoskeletons
  

• 5.3.1 Balance organ part 1

  Subject(s) Module 5. Balance in Exoskeletons
  

• 5.3.2 Balance organ part 2

  Subject(s) Module 5. Balance in Exoskeletons
  

• 5.3.3 An introduction to the center of mass

  Subject(s) Module 5. Balance in Exoskeletons
  

• 5.4.3 Difference in balance between bipedal robots and exoskeletons

  Subject(s) Module 5. Balance in Exoskeletons
  

• 5.5.1 Balance in exoskeletons

  Subject(s) Module 5. Balance in Exoskeletons
  

Project MARCH: behind the technology of robotic exoskeletons by TU Delft OpenCourseWare is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License.
Based on a work at https://online-learning.tudelft.nl/courses/project-march-behind-the-technology-of-robotic-exoskeletons/