Computer Vision Matlab
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Post a project like this$50
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- Proposals: 5
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- #3079659
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Description
Experience Level: Entry
Example topics include:
Feature detection
Pose Estimation
Geometric Camera Calibration
Edge Detection
2D and 3D Feature-Based Alignment
Deep Learning
3D Motion
Example Question:
You are provided with dimensions of a building as well as
an image of that building taken with a camera, which automatically
corrects for radial distortions. The intrinsic parameters of the camera are as follows:
Focal length: 15.688 mm
Principal point: (cx; cy) = (2459:0; 1629:6) pixels (relative to top left corner of
image)
please start you probosal with "CVproject"
Pixel size: 4.7827 microns
You can assume square pixels and zero skew.
Assume a world coordinate frame anchored at the nearest corner of the building. Use this information to determine the extrinsic parameters (3D rotation and 3D translation) of the camera. Express the translation in metres and the rotation as a unit vector n = (n_x; n_y; n_z) axis of rotation and angle theta of rotation in degrees (right hand rule). Report the results in tabular format
Feature detection
Pose Estimation
Geometric Camera Calibration
Edge Detection
2D and 3D Feature-Based Alignment
Deep Learning
3D Motion
Example Question:
You are provided with dimensions of a building as well as
an image of that building taken with a camera, which automatically
corrects for radial distortions. The intrinsic parameters of the camera are as follows:
Focal length: 15.688 mm
Principal point: (cx; cy) = (2459:0; 1629:6) pixels (relative to top left corner of
image)
please start you probosal with "CVproject"
Pixel size: 4.7827 microns
You can assume square pixels and zero skew.
Assume a world coordinate frame anchored at the nearest corner of the building. Use this information to determine the extrinsic parameters (3D rotation and 3D translation) of the camera. Express the translation in metres and the rotation as a unit vector n = (n_x; n_y; n_z) axis of rotation and angle theta of rotation in degrees (right hand rule). Report the results in tabular format
Ahmed T.
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Last project
24 Apr 2024
Egypt
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