ENB339 lecture 9: Image geometry and planar homography Published 2012-10-09 Download video MP4 360p Recommendations 1:10:19 Homogeneous Coordinates (Cyrill Stachniss, 2020) 12:44 A Quick Intro to Fiber Bundles (Hopf Fibration) 40:36 ENB339 lecture 10: perceiving depth & 3D reconstruction 06:53 Quick Understanding of Homogeneous Coordinates for Computer Graphics 13:20 The Math behind (most) 3D games - Perspective Projection 47:18 The Camera Transform 16:18 Not Knot 09:56 3x3 Image Transformations | Image Stitching 23:38 Conceptualizing the Christoffel Symbols: An Adventure in Curvilinear Coordinates 21:05 Why is there no equation for the perimeter of an ellipse‽ 18:31 The Geometry of a Black Hole 17:50 Projective Transformation 28:31 An Intuitive Introduction to Projective Geometry Using Linear Algebra 05:22 Perspective projection in 5 minutes 13:49 Roger Penrose - Is Mathematics Invented or Discovered? 20:01 Visualizing 4D Geometry - A Journey Into the 4th Dimension [Part 2] 59:52 The Extraordinary Theorems of John Nash - with Cédric Villani 05:32 Affine transformations in 5 minutes Similar videos 11:42 Computing Homography | Image Stitching 41:02 ENB339 lecture 2: Image processing 1:07:29 ENB339 lecture 1: Introduction to robot vision 00:33 OpenCV - Homography 01:54 Computing Homography 31:50 3D Computer Vision | Lecture 9 (Part 4): Three-view geometry from points and/or lines 01:35 Introducing Homography 18:59 Homography in computer vision explained 00:07 Pose from homography estimation More results