By inserting a microlens array (MLA) between the main lens and imaging sensor, plenoptic
cameras can capture 3D information of objects via single-shot imaging. However, for an …

This paper presents a new calibration method for the focused plenoptic cameras that do not
rely on subaperture view images and on calibration patterns. Given a single view captured …

Light field camera depth estimation is a core technology for high-precision three-
dimensional reconstruction and realistic scene reproduction. We propose a depth estimation …

A tensor display is a type of 3D light field display, composed of multiple transparent screens
and a back-light that can render a scene with correct depth, allowing to view a 3D scene …

The plenoptic 2.0 camera is a light field acquisition system consisting of a main lens and a
micro-lens array (MLA) at a non-focal distance of the main lens. While it allows to retrieve the …

Tensor displays are screens able to render a light field with correct depth perception without
wearing glasses. Such devices have already been shown to be able to accurately render a …

Plenoptic cameras capture 3D content by utilizing micro-parallax through a micro-lens array
placed in front of their sensor. While this design eliminates the need for stereo cameras or …

摘要光场成像由于其快速记录光线方向, 深度的体成像能力, 在生命观测, 工业检测等领域具有
重要的科学意义和应用前景. 超表面光场成像技术将超表面技术与光场成像技术有机结合 …

We aim to evaluate the depth map quality by the plenoptic 2.0 cameras for DIBR
applications, by simulating a multi-plenoptic camera array, and synthesizing virtual images …

Multi-view rendering that generates multi-view videos from the lenslet videos captured by
plenoptic 2.0 cameras is fundamentally required for the standardization work of lenslet video …