Miloš Hašan

TL;DR: This paper presents a scalable solution to the many-light problem suitable for a GPU implementation that can compute the light transfer within a few seconds for scenes with indirect and environment illumination, area lights, complex geometry and arbitrary shaders.

TL;DR: It is demonstrated that neural reflectance fields can be estimated from images captured with a simple collocated camera-light setup, and accurately model the appearance of real-world scenes with complex geometry and reflectance, and enable a complete pipeline from high-quality and practical appearance acquisition to 3D scene composition and rendering.

TL;DR: In this article, the authors investigate a complete pipeline for measuring, modeling, and fabricating objects with specified subsurface scattering behaviors, and demonstrate reproductions that have scattering properties approximating complex materials.

TL;DR: This report aims to give an easy-to-follow, introductory tutorial of many-light theory, provide a comprehensive, unified survey of the topic with a comparison of the main algorithms, and present a vision to motivate and guide future research.

TL;DR: An easy‐to‐follow, introductory tutorial of the many‐light theory is given; a comprehensive, unified survey of the topic is provided with a comparison of the main algorithms; limitations regarding materials and light transport phenomena are discussed and a vision to motivate and guide future research is presented.