A Vulkan Raytracing framework for various bidirectional path tracing techniques

Experimental real-time renderer with support for dynamic global illumination

Real-time Direct3D 12 path tracer

Unbiased & physically-based GPU HIPRT (C++/HIP) interactive path tracing renderer

C2 is a webgpu renderer focused on physically-accurate rendering and ease of experimentation

A C++ implementation of Restir inside Falcor 8.0

Source code for the paper "ReSTIR Subsurface Scattering for Real-Time Path Tracing" (HPG 2024)

Vulkan implementation of Fast Volume Rendering with Spatiotemporal Reservoir Resampling.

Implementation of Restir inside Falcor

Code release of the paper "Combining Resampled Importance and Projected Solid Angle Samplings for Many Area Light Rendering"

CUDA ReSTIR Implementation [2022]

C++ implementation of ReSTIR on top of a Whitted-style ray tracer

ReSTIR DI in Falcor Rendering Framework

Implementation of 'Optimal Multiple Importance Resampling'

Master Thesis: Refining ReSTIR FG using 3D Gaussian-Based Photon Guiding

Attempt at recreating ReSTIR principles in an experimental setting.

C++20 renderer developed as part of a bachelor's thesis (2025), combining photon mapping with ReSTIR Direct Illumination (spatial and temporal reuse). Built with SDL2 and TinyBVH

Master Lab: Conditional Resampled Importance Sampling and ReSTIR