Embedding polygonal mesh assets within photorealistic Neural Radience Fields (NeRF)
volumes, such that they can be rendered and their dynamics simulated in a physically …

Differentiable physically-based rendering has become an indispensable tool for solving
inverse problems involving light. Most applications in this area jointly optimize a large set of …

Given images of translucent objects, of unknown shape and lighting, we aim to use learning
to infer the optical parameters controlling subsurface scattering of light inside the objects …

Inverse rendering is a powerful approach to modeling objects from photographs, and we
extend previous techniques to handle translucent materials that exhibit subsurface …

We present a spectral measurement approach for the bulk optical properties of translucent
materials using only low-cost components. We focus on the translucent inks used in full …

Reconstructing and relighting objects and scenes under varying lighting conditions is
challenging: existing neural rendering methods often cannot handle the complex …

The complex interplay of a number of physical and meteorological phenomena makes
simulating clouds a challenging and open research problem. We explore a physically …

46: 2• ** Deng, Shaojie Jiao, Benedikt Bitterli, and Wojciech Jarosz 1) suffer from
singularities, and 2) require at least two bounces in the medium past any surface, relegating …

Sub‐surface scattering is always an important feature in translucent material rendering.
When light travels through optically thick media, its transport within the medium can be …

Most parts of the Earth's surface are situated in the deep ocean. To explore this visually
rather adversarial environment with cameras, they have to be protected by pressure …