Abstract Neural Radiance Fields (NeRF) is a popular neural expression for novel view
synthesis. By querying spatial points and view directions, a multilayer perceptron (MLP) can …

Spatio-temporal irradiance variations are created by some structured light setups. They also
occur naturally underwater, where they are termed flicker. Underwater, visibility is also …

We present a method for reconstructing the 3D shape of underwater environments from a
single, stationary camera placed above the water. We propose a novel differentiable …

This paper presents a method for recovering shape and normal of a transparent object from
a single viewpoint using a Time-of-Flight (ToF) camera. Our method is built upon the fact that …

This paper presents the first approach for simultaneously recovering the 3D shape of both
the wavy water surface and the moving underwater scene. A portable camera array system …

We present principled algorithms for measuring the velocity and 3D location of refractive
fluids, such as hot air or gas, from natural videos with textured backgrounds. Our main …

Imaging through dynamic refractive media, such as looking into turbulent water, or through
hot air, is challenging since light rays are bent by unknown amounts leading to complex …

The technology and functions of data fusion and image teaching are constantly improving
with the development of society and are gradually produced in life in order to adapt to the …

This paper is aimed at presenting a new virtual camera model which can efficiently model
refraction through Àat housings in underwater photography. The key idea is to employ a …

Light-field imaging can be scaled up to a very large area, to map the Earth's atmosphere in
3D. Multiview spaceborne instruments suffer low spatio-temporal-angular resolution, and …