Real-time Content Adaptive Depth Retargeting for Light Field Displays

Figure 1: An example for using volumetric tests to perform pixel-precise clipping against two complex 3D shapes in a single rendering pass.. The Eurographics

The two modes of focusing of the Plenoptic camera We treat the plenoptic camera as a relay system, where the main lens creates a main image in the air, then this main image is

In shadow mapping the shadow computation is performed in two passes: first, a depth image of the current scene (the shadow map) as seen from the light source (in light space)

Figure 3: A schematic view of the display adaptation method: non-linear depth remapping is applied for parts of the scene out of comfort range, while a depth of field blur is

In this work we present a markerless motion capture approach which can be used to estimate the human body pose in real-time with a single depth camera.. The presented approach

For each horizon- tal floor with depth layers, we propose a repetition based depth-layer decomposition algorithm and divide the sparse 3D points and images in one floor to

The study revealed an overwhelming support of the 3D autostereoscopic display compared to a 2D display regarding depth judgment, task completion time and the number of required

In terms of the implementation of the exact culling, we first render the original model into a depth buffer, and then AABBs of the objects are tested against the depth buffer