This full day course will provide a detailed overview of state of the art in Monte Carlo ray
tracing. Recent advances in algorithms and available compute power have made Monte Carlo …

… Monte Carlo (MC) methods in optical canopy reflectance modelling. Their utility, and, more
specifically, MC ray tracing … canopy reflectance modelling using MC ray tracing. The use of …

… Our solution is stochastic and builds on Monte Carlo ray tracing. For this, we introduce
new techniques to explicitly sample edges of triangles in addition to the usual solid angle …

… In this paper, we emphasized the strength of Monte Carlo ray-tracing techniques to describe
the transfer of radiation in scenes of arbitrary complexity. Indeed, these techniques allow the …

… paper describes a bidirectional Monte Carlo ray tracing … ray tracing (ray casting) with a
second pass optimized Monte … -trees during the Monte Carlo ray tracing step and this makes …

… This book is a stand-alone treatment of the Monte Carlo ray-trace (MCRT) method as it is …
most challenging mathematical operation we encounter in ray tracing. It is convenient to use …

… , into a ray-tracing program is a … in ray tracing programs. A method based on the Heisenberg
Uncertainty Principle was chosen for use in TracePro, a commercial Monte Carlo ray tracing …

Precise optical modeling of blue light-emitting diodes (LEDs) is constructed by reasonable
optical parameters and Monte Carlo ray-tracing with the capability of precisely predicting light …

… This work demonstrates the potential of Monte Carlo ray tracing techniques to model the
transfer of solar radiation in very complex scenes with a high level of accuracy and illustrates …

… We describe a fast mesh-based Monte Carlo (MC) photon … ray-tracing technique using
Plücker Coordinates. The Barycentric coordinates computed from Plücker-formed ray-tracing …