LYGIA Shader Library
Drop your shader file and the resolved version will be downloaded LYGIA is a shader library of reusable functions that will let you prototype, port or ship a project in just few minutes. It's very granular, flexible and efficient. Support multiple shading languages and can easily be added to any project, enviroment or framework of your choice. Here are a couple of integrations examples: How to use
Mitsuba 3 - A Retargetable Forward and Inverse Renderer
Mitsuba 3 is a research-oriented retargetable rendering system, written in portable C++17 on top of the Dr.Jit Just-In-Time compiler. It is developed by the Realistic Graphics Lab at EPFL. It can be compiled into many variants with optional derivative tracking, dynamic compilation via LLVM or CUDA, and various radiance representations (monochrome, RGB, or spectral light, potentially with polarizat
Announcing CUDA on Windows Subsystem for Linux 2 | NVIDIA Technical Blog
WSL2 is available on Windows 11 outside the Windows Insider Preview. For more information about what is supported, see the CUDA on WSL User Guide. In response to popular demand, Microsoft announced a new feature of the Windows Subsystem for Linux 2 (WSL 2)—GPU acceleration—at the Build conference in May 2020. This feature opens the gate for many compute applications, professional tools, and worklo
西川善司の3DGE：NVIDIAが投入する20 TFLOPS級の新GPU「A100」とはいったいどのようなGPUなのか？
西川善司の3DGE：NVIDIAが投入する20 TFLOPS級の新GPU「A100」とはいったいどのようなGPUなのか？ ライター：西川善司 カリフォルニア州の自宅で撮影したビデオで基調講演を行ったJensen Huang氏 去る2020年5月14日，NVIDIAは，同社CEOのJensen Huang氏によるオンライン基調講演で，新しい「Ampere」アーキテクチャ採用の新GPU「A100」を発表した。 Ampereとは，電流量の単位である「アンペア」の語源となったフランスの物理学者アンドレ＝マリ・アンペール（André-Marie Ampère）にちなんだ開発コードネームだ。NVIDIAは近年，新しいGPUアーキテクチャの開発コードネームに，歴史に名を残した科学者の名を採用している。GeForce RTX 20シリーズの「Turing」や，その前世代の「Volta」も同様だ。 SXM4
GPU in Windows Subsystem for Linux (WSL)
WSL2 is available on Windows 11 outside of Windows Insider Preview. Please read the CUDA on WSL user guide for details on what is supported Microsoft Windows is a ubiquitous platform for enterprise, business, and personal computing systems. However, industry AI tools, models, frameworks, and libraries are predominantly available on Linux OS. Now all users of AI - whether they are experienced profe
The Windows Subsystem for Linux BUILD 2020 Summary
This year at an all virtual BUILD conference we had many exciting announcements for the Windows Subsystem for Linux (WSL)! This blog post gives you a summary of all the WSL news, including what’s available now and what you can expect in the future. WSL’s BUILD news at a glance Available this month Support for WSL 2 distros is coming this month in the Windows 10 May 2020 Update Docker Desktop relea
「GeForce RTX 2080 SUPER」レビュー。RTX 2080 SUPERの実力をRTX 2080 TiおよびRTX 2080無印と比べてみた
RTX 2080 SUPERの実力をRTX 2080 TiおよびRTX 2080無印と比較 ZOTAC GAMING GeForce RTX 2080 SUPER Twin Fan Text by 宮崎真一 2019年7月23日22：00，NVIDIAのハイエンド向け新型GPU「GeForce RTX 2080 SUPER」（以下，RTX 2080 SUPER）搭載グラフィックスカードの販売が解禁となった。 RTX 2080 SUPERの仕様については，7月2日の発表時にレポートを掲載済みであるが，搭載カードのレビューに進む前に，軽くおさらいをしておこう。 ZOTAC GAMING GeForce RTX 2080 SUPER Twin Fan（型番：ZT-T20820F-10P） メーカー：ZOTAC Technology 販売代理店想定売価：9万1800円（※2019年7月23日現在）
Sampling A Procedural Sky
Volumetric Rendering Equation (1) Hello Again! It’s been a long time since my last blog post, but with a good reason. I was focused on delevoping a volumetric rendering system and that almost came to an end. In these “Volumetric Path Tracing” series, I will try to share my findings and hopefully help someone who wants to start from a minimal system with actual code and explanations. To remind you
Accelerated Ray Tracing in One Weekend in CUDA | NVIDIA Developer Blog
Recent announcements of NVIDIA’s new Turing GPUs, RTX technology, and Microsoft’s DirectX Ray Tracing have spurred a renewed interest in ray tracing. Using these technologies vastly simplifies the ability to write applications using ray tracing. But what if you’re curious about how ray tracing actually works? One way to learn is to code your own ray tracing engine. Would you like to build a ray t
CUDA 10 Features Revealed: Turing, CUDA Graphs and More | NVIDIA Developer Blog
CUDA 10 Features Revealed: Turing, CUDA Graphs, and More For the last eleven years, NVIDIA’s CUDA development platform has unleashed the power of GPUs for general purpose processing in a wide variety of applications. These include: high performance computing (HPC), data center applications, and content creation workflows. Most recently, artificial intelligence systems and applications ranging from
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Taichi Lang: High-performance Parallel Programming in Python
NVIDIA CUDAがWindows Subsystem for Linux上で利用可能に
NVIDIA、5G対応のエッジ向けサーバー製品群「EGX」 ～日本ではNTT東日本、KDDI、ソフトバンクが評価を開始
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GitHub - cupy/cupy: NumPy & SciPy for GPU
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Alicevision Plugin | SideFX
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