Presentation
67. Efficient Proxy Raytracer for Optical Systems Using Implicit Neural Representations
SessionPosters: Rendering
DescriptionRay tracing is a widely used technique for modeling optical systems, involving
sequential surface-by-surface computations which can be computationally
intensive. We propose Ray2Ray, a novel method that leverages implicit neural representations to
model ray tracing through optical systems with greater efficiency and performance, eliminating the need for surface-by-surface computations in a single pass end-to-end model.
Ray2Ray learns the mapping between rays emitted from a given source and their
corresponding rays after passing through a given optical system in a physically
accurate manner.
sequential surface-by-surface computations which can be computationally
intensive. We propose Ray2Ray, a novel method that leverages implicit neural representations to
model ray tracing through optical systems with greater efficiency and performance, eliminating the need for surface-by-surface computations in a single pass end-to-end model.
Ray2Ray learns the mapping between rays emitted from a given source and their
corresponding rays after passing through a given optical system in a physically
accurate manner.
Event Type
Poster
TimeMonday, 11 August 20259:00am - 5:30pm PDT
LocationWest Building, Level 2, Outside Room 219
Session TimeSunday, 10 August 20259:00am - 5:30pm PDTMonday, 11 August 20259:00am - 5:30pm PDTTuesday, 12 August 20259:00am - 5:30pm PDTWednesday, 13 August 20259:00am - 5:30pm PDTThursday, 14 August 20259:00am - 5:30pm PDT
LocationWest Building, Level 2, Outside Room 219
Full Conference
Experience
