Generalized Image Acquisition and Analysis
Three-Dimensional Kaleidoscopic Imaging
Planar mirror systems are capable of generating many virtual views, yet their
practical use for multi-view imaging has been hindered by limiting configurations that enable
view decomposition. In this work we lift those restrictions.
Teaching
Computational Optical Imaging
Lecture in winter term 2014/15
General Information
Course webpage - Libres SavoirsWhen: 2014, Sept. 08th to 2014, Oct. 8th
Where: IOA/IOGS buiding room E202
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
| Monday | 08.09.2014 | Introduction and Recapitulation of Image Characteristics | [pdf intro & recap] |
| Wednesday | 10.09.2014 | High Dynamic Range, Spectral, and Polarization Imaging | [pdf hdr/spectral/polarization] |
| Monday | 15.09.2013 | Deconvolution | [pdf deconvolution] |
| Wednesday | 17.09.2013 | Perspective Imaging and the Basics of 3D | |
| Monday | 22.09.2013 | Structure-from-Motion | |
| Wednesday | 24.09.2013 | Dense Stereo Techniques and Optical Flow | |
| Monday | 29.09.2013 | Active 3D Scanning | |
| Wednesday | 01.10.2013 | Tomography and Volumetric 3D | |
| Monday | 06.10.2013 | Light Fields | |
| Wednesday | 08.10.2014 | to be determined - possibly Compressed Sensing |
FAQ: