Article Directory
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- 1. Position and pose of rigid body
- 2. Coordinate system translation and rotation transformation
- 3. Homogeneous coordinates of the robot
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- (1) Basic concepts and properties of homogeneous coordinates
- (2) Use homogeneous transformation matrix to represent translation transformation
- (3) Use homogeneous transformation matrix to represent rotation transformation
- (4) Use homogeneous transformation matrix to represent rotation + translation transformation
- (4) Use a homogeneous transformation matrix to represent the rotation and movement of the hand
- 4. Homogeneous transformation of the robot
Learn the basic principles of robots MOOC of the main school, study records.
1. Position and pose of rigid body
Orthogonal coordinate system
The nature of the orthogonal coordinate system
The Geometric Meaning of Orthogonal Coordinate Transformation Matrix
2. Coordinate system translation and rotation transformation
(1) Coordinate system translation
(2) Coordinate system rotation
Transformation matrix
(3) Compound transformation
Compound transformation = translation + rotation
3. Homogeneous coordinates of the robot
(1) Basic concepts and properties of homogeneous coordinates
(2) Use homogeneous transformation matrix to represent translation transformation
(3) Use homogeneous transformation matrix to represent rotation transformation
(4) Use homogeneous transformation matrix to represent rotation + translation transformation
(4) Use a homogeneous transformation matrix to represent the rotation and movement of the hand
4. Homogeneous transformation of the robot
(1) The nature of homogeneous transformation
Nature 1:
Nature 2:
Create transformation equation