From Razor Clams to Robots - The Mathematics Behind Biologically Inspired Design

From Razor Clams to Robots - The Mathematics Behind Biologically Inspired Design

Society for Industrial and Applied Mathematics via YouTube Direct link

Real Clam Energetics

10 of 22

10 of 22

Real Clam Energetics

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From Razor Clams to Robots - The Mathematics Behind Biologically Inspired Design

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  1. 1 Intro
  2. 2 Examples of Bio-Inspired Design
  3. 3 Big Picture
  4. 4 Optimization
  5. 5 Aside on George Dantzig
  6. 6 Clams, Snails, and FIRST
  7. 7 Bio-Inspired Dynamic Anchoring
  8. 8 Razor Clams (Ensis directus)
  9. 9 Model (Summary)
  10. 10 Real Clam Energetics
  11. 11 Optimizing Kinematics
  12. 12 Genetic Algorithm
  13. 13 Optimal Kinematics
  14. 14 Snail Locomotion
  15. 15 Physical Picture
  16. 16 Snail Velocity
  17. 17 Optimal Wave Profiles
  18. 18 Retrograde Crawler: RoboSnail
  19. 19 Recognizing Outstanding Engineering Design
  20. 20 One possible solution ....
  21. 21 Optimal Expected Scoring Capacity
  22. 22 Acknowledgements

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