While signed distance fields (SDFs) in theory offer infinite level of detail, they are typically
rendered using the sphere tracing algorithm at finite resolutions, which causes the common …

In this paper we present a novel plausible rendering method for mixed reality systems, which
is useful for many real-life application scenarios, like architecture, product visualization or …

We present the Brigade renderer: an efficient system that uses the path tracing algorithm to
produce images for real‐time games. We describe the architecture of the Brigade renderer …

We present a cone-based ray tracing algorithm for high-quality rendering of furry objects
with reflection, refraction and defocus effects. By aggregating many sampling rays in a pixel …

This paper presents the augmentation of immersive omnidirectional video with realistically lit
objects. Recent years have known a proliferation of real-time capturing and rendering …

While Signed Distance Fields (SDFs) in theory offer infinite level of detail, they are typically
rendered using the sphere tracing algorithm at finite resolutions, which causes the common …

This chapter presents a method for tracing incoherent secondary rays that integrates well
with existing rasterization-based real-time rendering engines. It explores a Graphics …

The unique visual look and gameplay envisioned for The Tomorrow Children demanded
that we implement real-time Global Illumination (GI) as well as dynamically modifiable …

Abstract Modern Monte-Carlo-based rendering systems still suffer from the computational
complexity involved in the generation of noise-free images, making it challenging to …

In this article various deferred rendering algorithms are investigated and a classification that
formalizes the comparison between these popular rendering techniques is introduced. This …