As scenes become ever more complex and real-time applications embrace ray tracing, path
sampling algorithms that maximize quality at low sample counts become vital. Recent …

Gradient-domain rendering estimates finite difference gradients of image intensities and
reconstructs the final result by solving a screened Poisson problem, which shows …

We present a compact and efficient representation of spectra for accurate rendering using
more than three dimensions. While tristimulus color spaces are sufficient for color display, a …

In the last decade, the extensive introduction of LED lighting sources has brought elements
of innovation to interior lighting design in terms of color. Besides the new tunable white LED …

Abstract Spectral Monte Carlo rendering can simulate advanced light phenomena, such as
chromatic dispersion, but typically shows a slow convergence behavior. Properly sampling …

Computational color constancy is a fundamental step in digital cameras that estimates the
chromaticity of illumination. Most of automatic white balance (AWB) algorithms that perform …

It is the aim of this thesis to conduct a thorough analysis related to the effects of parameters
on render efficiency or image quality of Path Tracing algorithm known as ReSTIR. In this …

The Monte Carlo rendering method requires sampling an additional spectral domain to
produce advanced light phenomena like chromatic dispersion. However, this extension can …

Abstract Spectral Monte Carlo rendering can simulate advanced light phenomena, such as
chromatic dispersion, but typically shows a slow convergence behavior. Properly sampling …

Despite the wide adoption in film production and animation industry nowadays, Monte Carlo
light transport simulation is still prone to producing noisy images within short rendering time …