Play all

CVFX Lecture 1: Overview of Computer Vision and Visual Effects

CVFX Lecture 2: Bluescreen and Bayesian matting

CVFX Lecture 3: Closed-form matting

CVFX Lecture 4: Markov Random Field (MRF) and Random Walk Matting

CVFX Lecture 5: Graph cut segmentation, video matting, and matting extensions

CVFX Lecture 6: Multiresolution blending and Poisson image editing

CVFX Lecture 7: Photomontage and Image Inpainting

CVFX Lecture 8: Image Retargeting and Recompositing

CVFX Lecture 9: Feature Detectors

CVFX Lecture 10: Feature descriptors

CVFX Lecture 11: Feature evaluation and use

CVFX Lecture 12: Parametric Transformations and Scattered Data Interpolation

CVFX Lecture 13: Optical flow

CVFX Lecture 14: Epipolar geometry

CVFX Lecture 15: Stereo correspondence

CVFX Lecture 16: Video matching, morphing, and view synthesis

CVFX Lecture 17: Image formation and single-camera calibration

CVFX Lecture 18: Stereo rig calibration and projective reconstruction

CVFX Lecture 19: Euclidean reconstruction and bundle adjustment

CVFX Lecture 20: Motion capture setup and forward kinematics

CVFX Lecture 21: Inverse kinematics and motion editing

CVFX Lecture 22: Facial and markerless motion capture

CVFX Lecture 23: LiDAR and time-of-flight sensing

CVFX Lecture 24: Structured light scanning

CVFX Lecture 25: Multiview stereo

CVFX Lecture 26: 3D features and registration

Description:

The lectures accompany the textbook Computer Vision for Visual Effects, published by Cambridge University Press in Fall 2012. http://cvfxbook.com

Computer Vision for Visual Effects Lectures Spring 2014

Rensselaer Polytechnic Institute

Add to list

#Computer Science #Artificial Intelligence #Computer Vision #Feature Detection #3D Reconstruction #Art & Design #Visual Arts #Film & Theatre #Filmmaking #Film Production #Visual Effects #Design & Creativity #Graphic Design #Image Editing #Image Processing #Segmentation #Optical Flow #Computer Graphics #Motion Capture