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Robotics Lec 11c: Passive Dynamic Walking, Poincare section/map and simulations (3 of 3) (Fall 2022)
Robotics Lec 24: 3D Manipulator, Inverse Kinematics (Fall 2022)
Lecture 2 | Introduction to Robotics
2R Robotic Arm manipulator Animation using PYTHON
Robotics Lec9a: Jacobian, definition and example (part 1 of 4) (Fall 2022)
2R robotic arm forward kinematics animation(python)
Robotics Lec 16a: Linear Control, State space, Pole Placement, LQR (1 of 2) (Fall 2022)
Robotics Lec 5b: Differential drive car inverse kinematics (Fall 2022)
Lecture 2: MIT 6.800/6.843 Robotic Manipulation (Fall 2021) | Let's get you a robot!
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Last Updated: September 21, 2026
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Summary
Content: Using matplotlib and numpy to make plots in I give intuition on how to simulate the system and create a guess for root finding to compute periodic solutions. I also discuss ... First, I review root finding. Then I demonstrate the inverse kinematics is a root finding problem. I present code to do inverse ... The video shows the theory and numerical implementation to compute the inverse kinematic solution of a 3D manipulator. This video introduces the idea of Jacobian and shows a simple example. Then I show This video explains state space, controllability, pole placement, and linear quadratic regulator using a spring-mass system There ... I derive the equations to compute the position of the end-effector (P) and then use feedback linearization to do inverse kinematics. Slides available at: slides.com/russtedrake/fall21-lec02.
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