Underwater optical images are usually influenced by low lighting, high turbidity scattering
and wavelength absorption. To solve these issues, a great deal of work has been performed …

Light fields are vector functions that map the geometry of light rays to the corresponding
plenoptic attributes. They describe the holographic information of scenes by representing …

Light field (LF) depth estimation is a crucial basis for LF-related applications. Most existing
methods are based on the Lambertian assumption and cannot deal with non-Lambertian …

Removing the influence of occlusion on the depth estimation for light field images has
always been a difficult problem, especially for highly noisy and aliased images captured by …

Light-field cameras are now used in consumer and industrial applications. Recent papers
and products have demonstrated practical depth recovery algorithms from a passive single …

Depth estimation is essential in many light field applications. Numerous algorithms have
been developed using a range of light field properties. However, conventional data costs fail …

In this paper, we propose a novel method for depth estimation in light fields which employs a
specifically designed sparse decomposition to leverage the depth-orientation relationship …

Light-field cameras have now become available in both consumer and industrial
applications, and recent papers have demonstrated practical algorithms for depth recovery …

Light-field cameras have recently emerged as a powerful tool for one-shot passive 3D shape
capture. However, obtaining the shape of glossy objects like metals, plastics or ceramics …

Visual measurement methods are extensively used in various fields, such as aerospace,
biomedicine, agricultural production, and social life, owing to their advantages of high …