The projection of a 3-D scene to a single 2-D image plane retrieves only very limited information. In general, neither the 3-D structure nor the optical properties of the observed objects can be estimated. This limitation can be related to a too sparse sampling of the plenoptic function. The plenoptic function is the starting point for a general theory of imaging. Some first research results beyond traditional imaging are shown. Analyzing the orientation of the plenoptic function as captured by plenoptic cameras results in surprisingly accurate depth information even from objects with specular object surfaces
This dissertation presents a research work on rendering images from light elds captured with a foc...
Abstract and Motivation Spawned by the introduction of the Lytro light field camera to the con-sumer...
Plenoptic imaging is a promising technique for 3D reconstruction of microscopic samples. We propose ...
Abstract—In this report we study the ways to exploit the vast amount of information inherent in the ...
One of the most peculiar features of imaging systems is the trade-off between resolution and depth o...
The purpose of this research was to develop a working physical model of the focused plenoptic camera...
Adding an array of microlenses in front of the sensor transforms the capabilities of a conventional ...
International audienceThe plenoptic camera allows, from the simultaneous acquisition of multiple ima...
Imaging aims to create a correspondence between the distribution of light in an object plane, in whi...
Plenoptic cameras provide single-shot 3D imaging capabilities, based on the acquisition of the Light...
Novel plenoptic cameras sample the light field crossing the main camera lens. The information availa...
A focused plenoptic camera has the ability to record and separate spatial and directional informatio...
Novel plenoptic cameras sample the light field crossing the main camera lens. The information availa...
Placing a micro lens array in front of an image sensor transforms a normal camera into a single lens...
Traditional optical imaging faces an unavoidable trade-o between resolution and depth of eld (DOF)....
This dissertation presents a research work on rendering images from light elds captured with a foc...
Abstract and Motivation Spawned by the introduction of the Lytro light field camera to the con-sumer...
Plenoptic imaging is a promising technique for 3D reconstruction of microscopic samples. We propose ...
Abstract—In this report we study the ways to exploit the vast amount of information inherent in the ...
One of the most peculiar features of imaging systems is the trade-off between resolution and depth o...
The purpose of this research was to develop a working physical model of the focused plenoptic camera...
Adding an array of microlenses in front of the sensor transforms the capabilities of a conventional ...
International audienceThe plenoptic camera allows, from the simultaneous acquisition of multiple ima...
Imaging aims to create a correspondence between the distribution of light in an object plane, in whi...
Plenoptic cameras provide single-shot 3D imaging capabilities, based on the acquisition of the Light...
Novel plenoptic cameras sample the light field crossing the main camera lens. The information availa...
A focused plenoptic camera has the ability to record and separate spatial and directional informatio...
Novel plenoptic cameras sample the light field crossing the main camera lens. The information availa...
Placing a micro lens array in front of an image sensor transforms a normal camera into a single lens...
Traditional optical imaging faces an unavoidable trade-o between resolution and depth of eld (DOF)....
This dissertation presents a research work on rendering images from light elds captured with a foc...
Abstract and Motivation Spawned by the introduction of the Lytro light field camera to the con-sumer...
Plenoptic imaging is a promising technique for 3D reconstruction of microscopic samples. We propose ...