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Environment perception, behavior decision-making and action are the three important parts of robotics architecture.

Robotics

1 My Notes

1.1 Kinematics

  • DH Parameter
  • Forward Kinematics
  • Inverse Kinematics

1.2 Dynamics / Mobility / Control

  • Dynamics Modeling
  • Control: PID
  • Control: LQR

1.3 Computational Motion Planning

  • Planning as Search
  • Representation
  • From Grids to Graphs

1.4 Estimation and Learning

  • Sensors
  • Filters: Kalman Filter
  • Filters: Particle Filter

1.5 Perception

  • Camera: Model
  • Camera: Parameters and Calibration
  • Mapping: 2D Occupancy Grid Mapping
  • SLAM:

1.6 Robotics System Deployment

  • Embedded (Hardware)
  • Operation system (Software)

2 Algorithm

3 HardWare

Control Board/Chip

4 Software

Framework

Simulation

5 Summary

6 Book / Code

7 Course

8 API

9 Simulation

10 Real Robot

10.1 Manipulator Arm/Serial Robot

10.2 Parallel Robot

10.3 Hexapod/Quadruped (Spider)

10.4 Quadruped (Dog)

10.5 QuadCopter

10.6 Self-Balanced Car

10.7 Smart Car

Forum / Community

Robotics Research