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Robotic Manipulation

- Pseudo-inverse as an optimization - Adding velocity constraints - Adding position and acceleration constraints - Joint centering - Tracking a desired pose - Alternative formulations + Exercises Chapter 4: Geometric Pose Estimation + Cameras and depth sensors - Depth sensors - Simulation + Re

Intermediate

Some experience recommended

self paced

Format

Pricing available on course website

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About This Course
  • Pseudo-inverse as an optimization
  • Adding velocity constraints
  • Adding position and acceleration constraints
  • Joint centering
  • Tracking a desired pose
  • Alternative formulations
  • Exercises

Chapter 4: Geometric Pose Estimation

  • Cameras and depth sensors
  • Depth sensors
  • Simulation
  • Representations for geometry
  • Point cloud registration with known correspondences
  • Iterative Closest Point (ICP)
  • Dealing with partial views and outliers [...] and the idea that birds with articulate
Topics Covered
humanoid
robotics
ai
cloud
🔬
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Course Info

Level

Intermediate

Format

self paced

Provider

MIT OpenCourseWare