Elysium-Labs

  • About Me
    • Publications
    • Way of the Roboticist
      • AMC 2012 - Sarajevo
      • RSJ 2011, Tokyo - Japan
      • ICM 2011, Istanbul - Turkey
      • IECON, Phoenix - USA 2010
      • RSJ 2010, Nagoya - Japan
    • Research Activities
      • Bachelors research
      • Masters
    • Contact
    • Faviorite Links
  • Human Tech Tree
    • Electric Vehicles
      • Japanese convinence stores start offering plug points for EV’s
  • Robotics Corner
    • Learn Robotics
      • Manipulators
        • Joint state parameterization and forward kinematics
        • Kinematic Jacobian
        • Inverse Kinematics
        • Disturbance Observer
        • Position Control
        • Force Control
      • Bipeds
        • Zero Moment Point (ZMP)
        • Center of Mass
        • Support Area
        • Center of Mass Jacobian
        • Linear Inverted Pendulum Model (LIPM)
        • Trajectory Generation
        • ZMP Stabilization
    • Learn Open-HRP
      • Making a model
    • Robot Hardware
      • Force Sensors
        • Testing Force Sensors (3 axis)
      • Testing encoders
Robotics Corner » Learn Robotics » Bipeds

Bipeds

 

This tutorial offers some theoretical insights into the basics of Biped Robots.

  1. Zero Moment Point
  2. Center of Mass
  3. Support Area
  4. Center of Mass Jacobian
  5. Linear Inverted Pendulum Model
  6. Trajectory generation
  7. ZMP Stabilization

 



 Posted by Kirill at 11:25 am

Site Navigation

  • Home
  • About Me
  • Human Tech Tree
  • Robotics Corner
    • Learn Robotics
      • Manipulators
      • Bipeds
        • Zero Moment Point (ZMP)
        • Center of Mass
        • Support Area
        • Center of Mass Jacobian
        • Linear Inverted Pendulum Model (LIPM)
        • Trajectory Generation
        • ZMP Stabilization
    • Learn Open-HRP
    • Robot Hardware

Twitter

Tweets by @ElysiumLabs
© 2011-2013 Kirill Van Heerden Suffusion theme by Sayontan Sinha