In digital holography we often capture optically a 3D scene and reconstruct the perspectives numerically. The reconstructions are routinely in the form of a 2D image slice, an extended focus image, or a depth map from a single perspective. These are fundamentally 2D (or at most 2.5D) representations and for some scenes are not certain to give the human viewer a clear perception of the 3D features encoded in the hologram (occlusions are not overcome, for example). As an intermediate measure towards a full-field optoelectronic display device, we propose to digitally process the holograms to allow them to be displayed on conventional autostereoscopic displays
True hologram video displays are currently under development, but are not yet available. Because of ...
True hologram video displays are currently under development, but are not yet available. Because of ...
In digital holography, holograms are usually optically captured and then two-dimensional slices of t...
In digital holography we often capture optically a 3D scene and reconstruct the perspectives numeric...
In digital holography we often capture optically a 3D scene and reconstruct the perspectives numeric...
In digital holography we often capture optically a 3D scene and reconstruct the perspectives numeric...
In digital holography a 3D scene is captured optically and often the perspectives are reconstructed ...
In digital holography a 3D scene is captured optically and often the perspectives are reconstructed ...
In digital holography, holograms are usually optically captured and then two-dimensional slices of t...
In digital holography, holograms are usually optically captured and then two-dimensional slices of t...
In digital holography a 3D scene is captured optically and often the perspectives are reconstructed ...
We have studied the use of conventional stereoscopic displays for the viewing of digital holograms o...
We have studied the use of conventional stereoscopic displays for the viewing of digital holograms o...
We have studied the use of conventional stereoscopic displays for the viewing of digital holograms o...
The amount of information that the human visual system can process is much larger than the little fr...
True hologram video displays are currently under development, but are not yet available. Because of ...
True hologram video displays are currently under development, but are not yet available. Because of ...
In digital holography, holograms are usually optically captured and then two-dimensional slices of t...
In digital holography we often capture optically a 3D scene and reconstruct the perspectives numeric...
In digital holography we often capture optically a 3D scene and reconstruct the perspectives numeric...
In digital holography we often capture optically a 3D scene and reconstruct the perspectives numeric...
In digital holography a 3D scene is captured optically and often the perspectives are reconstructed ...
In digital holography a 3D scene is captured optically and often the perspectives are reconstructed ...
In digital holography, holograms are usually optically captured and then two-dimensional slices of t...
In digital holography, holograms are usually optically captured and then two-dimensional slices of t...
In digital holography a 3D scene is captured optically and often the perspectives are reconstructed ...
We have studied the use of conventional stereoscopic displays for the viewing of digital holograms o...
We have studied the use of conventional stereoscopic displays for the viewing of digital holograms o...
We have studied the use of conventional stereoscopic displays for the viewing of digital holograms o...
The amount of information that the human visual system can process is much larger than the little fr...
True hologram video displays are currently under development, but are not yet available. Because of ...
True hologram video displays are currently under development, but are not yet available. Because of ...
In digital holography, holograms are usually optically captured and then two-dimensional slices of t...