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Implementation of Geometric Algebra in MATLAB with Applications
This note explains Geometric algebra, Projective geometry, Application to 3D reconstruction, Description of the developed MATLAB code.
Author(s): Leonid K Antanovskii
57 Pages
Applications of Geometric Algebra in Computer Vision
There are four main areas discussed in this guide is: Geometric Algebra, Projective Geometry, Multiple View Tensors and 3DReconstruction.
Author(s): Christian B.U. Perwass
174 Pages
These course notes represent Prof. Tisza's attempt at bringing conceptual clarity and unity to the application and interpretation of advanced mathematical tools. In particular, there is an emphasis on the unifying role that Group theory plays in classical, relativistic, and quantum physics.
Author(s): Prof. Laszlo Tisza
NA Pages
Geometric (Clifford) algebra a practical tool for efficient geometric representation
This note explans the following topics: Vector space Vn over scalars such as IR, The clifford geometric products, Inner and outer products, Bivectors in the standard model, Bivectors in the homogeneous model, Perpendicularity, Reflection through communication, Duality and subspace representation.
Author(s): Leo Dorst
41 Pages
