Three‐Dimensional Integral Imaging and Display

Fundamentals of 3D imaging and displays: a tutorial on integral imaging, light-field, and plenoptic systems

“…When all the elemental images are stacked with no relative shifting between them, the irradiance distribution at the infinity is rendered. In the general case, there is a nonlinear relation between the number of pixels of the relative shifting, n S , and the depth position, z R , of the rendered plane [71]. The relation is…”

24.4: Distinguished Student Paper: Floating 3D Image for High Resolution Portable Device Using Integral Photography Theory

“…3, the depth of field (DOF) could be derived by Eq. 1 [9]. The range ∆z is the width of DOF; l is the distance between the central depth plane and micro lens array; P I P L ⁄ is the ratio of how many pixels under the elemental micro lens.…”

Breakthroughs in Photonics 2014: Recent Advances in 3-D Integral Imaging Sensing and Display

“…Note that the radiance maps captured with an integral-imaging camera and with a plenoptic camera have essentially the same information, since they can be obtained from each other through a simple transposition. This means that in fact, all the above algorithms are somehow equivalent and can be applied to the radiance map captured with any of the above devices [36].…”