Difference between revisions of "Main Page"
From Wiki-reconstruction
| Line 1: | Line 1: | ||
==Digital Holography Toolbox== | ==Digital Holography Toolbox== | ||
| − | === | + | ===Digital Holography presentation=== |
| + | Digital Holography (DH) is a 3-D imaging technique which has been widely developed during the past few decades thanks to the enormous advances in digital imaging and computer technology. This technique achieves 3-D reconstruction of objects from a 2D hologram-image and reaches accuracies in the range of - or smaller than - the wavelength. As 3-D information coded in a digital hologram can be recorded in one shot, this technique can be used with high speed cameras to perform time-resolved 3-D reconstructions of high speed | ||
| + | phenomena. This metrological tool is used in experimental mechanics, biology, or fluid dynamics. | ||
===Download=== | ===Download=== | ||
| + | |||
===screenshot=== | ===screenshot=== | ||
//[http://www.hello-there.com] | //[http://www.hello-there.com] | ||
//[[Image:essai.zip]] | //[[Image:essai.zip]] | ||
Revision as of 10:43, 30 November 2011
Contents
Digital Holography Toolbox
Digital Holography presentation
Digital Holography (DH) is a 3-D imaging technique which has been widely developed during the past few decades thanks to the enormous advances in digital imaging and computer technology. This technique achieves 3-D reconstruction of objects from a 2D hologram-image and reaches accuracies in the range of - or smaller than - the wavelength. As 3-D information coded in a digital hologram can be recorded in one shot, this technique can be used with high speed cameras to perform time-resolved 3-D reconstructions of high speed phenomena. This metrological tool is used in experimental mechanics, biology, or fluid dynamics.
Download
screenshot
//[1] //File:Essai.zip
