Challenging Path to Creating Autonomous and Controllable Microrobots

Challenging Path to Creating Autonomous and Controllable Microrobots

Paul G. Allen School via YouTube Direct link

Problems

21 of 35

21 of 35

Problems

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Classroom Contents

Challenging Path to Creating Autonomous and Controllable Microrobots

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  1. 1 Introduction
  2. 2 Biological Inspiration
  3. 3 Three Robots
  4. 4 Second Robot Background
  5. 5 Unimorph piezoelectric actuators
  6. 6 Design fabrication
  7. 7 Unimorph actuators
  8. 8 flapping system
  9. 9 measuring forces
  10. 10 prescribe flapping motion
  11. 11 instantaneous forces
  12. 12 openloop flying
  13. 13 quasisteady analysis
  14. 14 incline stroll plane
  15. 15 dynamics
  16. 16 Attitude Control
  17. 17 Stability Issues
  18. 18 Theory
  19. 19 Proof
  20. 20 Experiments
  21. 21 Problems
  22. 22 Solutions
  23. 23 Limitations
  24. 24 Catalytic combustor
  25. 25 Digital control
  26. 26 Multipliers
  27. 27 Functional Units
  28. 28 Bean Theory
  29. 29 Heat Transfer Analysis
  30. 30 Piezoelectric Actuator
  31. 31 Fast Actuator
  32. 32 The Next Step
  33. 33 Funding
  34. 34 Questions
  35. 35 Motivation

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