IntelOpenImageDenoise

2023年7月25日—Intel®OpenImageDenoise(OIDN)isahigh-performance,open-sourcedenoisinglibraryspecificallydesignedforraytracingapplications.,IntelOpenImageDenoiser.ThisisasimpleimplementationofIntel'sOpenImageAIdenoiser.Thisisessentiallyanimplementationoftheexampleexecutable ...,2023年7月3日—Firstreleasedin2019,OpenImageDenoiseisasetof“high-performance,high-qualitydenoisingfiltersforimagesrenderedw...

Enhancing Visual Fidelity with Intel® Open Image Denoise

2023年7月25日 — Intel® Open Image Denoise (OIDN) is a high-performance, open-source denoising library specifically designed for ray tracing applications.

Intel Open Image Denoiser

Intel Open Image Denoiser. This is a simple implementation of Intel's Open Image AI denoiser. This is essentially an implementation of the example executable ...

Intel releases Open Image Denoise 2

2023年7月3日 — First released in 2019, Open Image Denoise is a set of “high-performance, high-quality denoising filters for images rendered with ray tracing”.

Intel's OIDn 2.1 Released With Better GPU Support

2023年10月12日 — Open Image Denoise 2.1 brings improved support for most dedicated GPU architectures -- helping not only the Intel graphics performance but also ...

Intel® Open Image Denoise

Intel Open Image Denoise is an open source library of high-performance, high-quality denoising filters for images rendered with ray tracing. Intel Open Image ...

Intel® Open Image Denoise Documentation

The Intel Open Image Denoise source distribution includes a Python-based neural network training toolkit (located in the training directory), which can be used ...

Intel® Open Image Denoise library

Intel Open Image Denoise is an open source library of high-performance, high-quality denoising filters for images rendered with ray tracing. Intel Open Image ...

Intel® Open Image Denoise

Learn about this high-performance, open source filter for images rendered with ray tracing.

Save Rendering Time & Increase Image Quality with a Free ...

Learn how Intel® Open Image Denoise helps you to produce high-quality, high-performance images rendered with ray tracing.