Performance Capture of High-Speed Motion Using Staggered Multi-View Recording
We present a markerless performance capture system that can acquire the motion and the texture of human actors
performing fast movements using only commodity hardware. To this end we introduce two novel concepts: First, a
staggered surround multi-view recording setup that enables us to perform model-based motion capture on motion-blurred
images, and second, a model-based deblurring algorithm which is able to handle disocclusion, self-occlusion and
complex object motions. We show that the model-based approach is not only a powerful strategy for tracking but also for
deblurring highly complex blur patterns.
Teaching
Computational Optical Imaging
Lecture in winter term 2013/14
General Information
Course webpage - Libres Savoirs -->When: 2013, Sept. 09th to 2013, Oct. 28th
Where: IOA/IOGS buiding room F102
Registration for mailing list: send email to Ivo Ihrke (firstname[dot]lastname[at]inria.fr)
Overview:
This lecture covers advanced digital imaging techniques for image correction and calibration, as well as algorithms and optical considerations for the extraction of three-dimensional content from (sets of) images. We explore the notion of computional-optical codesign and modern high-dimensional imaging techniques.
The tentative course schedule is
Tuesday | 10.09.2013 | Introduction and Sensor Technology | [pdf intro] [pdf sensors] |
Thursday | 12.09.2013 | Noise, Dynamic Range, and Color | [pdf noise/dr/color] |
Monday | 16.09.2013 | Imaging Imperfections, Panoramas and the Basics of 3D | [pdf panoramas&3D] |
Monday | 23.09.2013 | Camera Calibration and Feature Detection | [pdf calibration&features] |
Monday | 30.09.2013 | Stereo and Self-Calibration | [pdf stereo&self-calibration] |
Thursday | 03.10.2013 | Active 3D Scanning | [pdf active light 3D] |
Monday | 07.10.2013 | Tomography | [pdf tomography] |
Monday | 14.10.2013 | Deconvolution | [pdf deconvolution] |
Monday | 21.10.2013 | Light Fields | [pdf light fields] |
Thursday | 24.10.2013 | Introduction to Variational Image Processing (original slides by Bastian Goldluecke) | [pdf intro] [pdf variational analysis] [pdf gradient descent] |
FAQ: