NVIDIA 亮相 SIGGRAPH 2025 大会

8 月 10 — 14 日
温哥华会议中心
加拿大 BC 省温哥华

使用代码 NVID1348 获取免费的仅限展览的通行证 (Exhibits-Only pass，价值 50 美元) 或在注册其他类型通行证时享受 50 美元的折扣。

概览
特别演讲
特别活动
实战培训
演讲
项目
职业生涯

概览
特别演讲
特别活动
实战培训
演讲
项目
职业生涯

与 NVIDIA 一起参加 SIGGRAPH 2025，了解如何结合突破性的图形和仿真创新来推动创意、工业数字化、机器人以及物理 AI 和空间 AI 的新时代。NVIDIA 将提供 OpenUSD 和生成式 AI 培训，并在各种会议中进行展示。

NVIDIA Research 特别演讲

当地时间 8 月 11 日 (星期一)
16:00 – 17:00

与我们一起关注 NVIDIA AI 研究负责人 Sanja Fidler、Aaron Lefohn 和 Ming-Yu Liu 的特别演讲，了解他们如何为计算机图形和物理 AI 的下一步发展布局。

这不仅仅是一次技术更新，更是对 AI 时代计算机图形新突破的一次精彩回顾。从更快的合成数据生成到简化的内容创作，这些进步正在推动媒体、设计、机器人、汽车和制造领域的创新。

特别演讲的中文字幕版视频回放将于直播结束后上线，敬请留意本页面更新。

特别活动

教育工作者日

当地时间 8 月 11 日 (星期一) 2:00 – 3:00

与优秀的教育工作者互动，随时了解最新的 NVIDIA 技术和研究，提升您的课程，并更好地为未来人才的培养做好准备。

渲染技术日

当地时间 8 月 12 日 (星期二) 8:00 – 17:00

探索 NVIDIA RTX™ 神经渲染在视觉效果、动画、虚拟制作和设计可视化方面的新进展。优秀艺术家、设计师和渲染技术公司将带来精彩演讲。

OpenUSD 技术日

当地时间 8 月 13 日 (星期三) 8:00 – 17:00

了解开发者和行业先驱如何在从内容创建和仿真到工业 AI 和机器人开发的各种应用中采用和改进 OpenUSD。

获取通知以了解更多详情

日程一览

当地时间 8 月 10 - 14 日，20 余场演讲、课程、动手实验室、认证考试等丰富内容供您探索。每项活动的具体时间和地点请详见日程表。

查看日程表

Sun, Aug 10
Mon, Aug 11
Tue, Aug 12
Wed, Aug 13
Thu, Aug 14

9–10:30 a.m.	Learn OpenUSD: Robotics Best Practices Lab \| Room 121 / 122
9 a.m.–12:15 p.m.	State of the Art in Grid-Free Monte Carlo Methods for Partial Differential Equations Course \| West Building, Rooms 220-222
9 a.m.–12:15 p.m.	OpenVDB Course \| West Building, Rooms 109-110
9 a.m.–12:15 p.m.	Physically Based Shading in Theory and Practice Course \| West Building, Rooms 118-120
12:30–3 p.m.	Esports Rendering: Industry and Player Perspectives Research \| West Building, Rooms 208-209
12:30–2 p.m.	Hands-On Class: Tackling Gaussian Splats, Physics Simulation, and Visualization With NVIDIA Kaolin and Warp Libraries Labs \| West Building, Rooms 121-122
2:15–3:45 p.m.	Digital Twin Robotics: Immersive Software-in-the-Loop Testing With OpenUSD and Isaac Sim Lab \| Room 121 / 122
6–8:45 p.m.	Papers Fast Forward Research \| West Building, Ballroom AB

10:30 a.m.–12 p.m.	Developing an OpenUSD Configurator Experience for Apple Vision Pro Course \| SIGGRAPH Experience Hall
11:00 a.m.-12 p.m.	Educators’ Day Featured Program \| Room 205-207, West Building
1–2:30 p.m.	Developing Industrial Digital Twin Applications for Apple Vision Pro Course \| SIGGRAPH Experience Hall

9–11:45 a.m.	Learn OpenUSD: Asset Modularity and Instancing Course \| Room 116 / 117
9 a.m.–12:15 p.m.	An Introduction to Neural Shading Course \| West Building, Rooms 109-110
9–9:45 a.m.	Next-Gen Rendering: Advances in GPU Ray Tracing With AI Session \| Room 111/112
10–10:45 a.m.	Real-Time Short Form Content: Using GPU Accelerated Techniques for Storytelling Session \| Room 111/112
11–11:45 a.m.	Pixar and Beyond: Creativity, Technology, and RenderMan Session \| Room 111/112
1–1:45 p.m.	High-Fidelity Rendering for Physical AI With NVIDIA Omniverse RTX Session \| Room 111/112
1–3:45 p.m.	Learn OpenUSD: Preparing 3D Assets for Simulation and Physical AI Course \| Room 116 / 117
2–2:45 p.m.	Real-Time Ray Tracing for M&E: Challenges and Innovations Session \| Room 111/112
3–3:45 p.m.	The Future of Rendering Session \| Room 111/112
4–5 p.m.	OpenUSD Office Hours Office Hour \| Room 116 / 117
6–7:45 p.m.	SIGGRAPH Real-Time Live! Research \| West Building, Ballroom AB

9–9:25 a.m.	Beyond Rendering: Why Graphics is Needed For Physical AI Session \| Room 111 / 112
9:30–10:20 a.m.	Introduction to OpenUSD for Physical AI Session \| Room 111 / 112
10:30–11:20 a.m.	Accelerating Robot Learning Through Visual Simulation Session \| Room 111 / 112
11:30–11:55 a.m.	3D Gaussian Splatting for Realistic Physical AI Simulations Session \| Room 111 / 112
12–12:30 p.m.	Beyond Hollywood: Expanding 3D Skills Into New Frontiers in AI and Digital Twins Session \| Room 111 / 112
2–2:50 p.m.	Automating 3D Content at Scale With Digital Twins and OpenUSD Session \| Room 111 / 112
3–3:50 p.m.	Advancing Humanoid Robots With Simulation-First Approach Session \| Room 111 / 112
4:00 –4:50 p.m.	How Disney Droids Come to Life With Physics Simulation Session \| Room 111 / 112
5:30-7:30 p.m.	OpenUSD Developer Meetup Meetup \| Room 306

9–10:30 a.m.

OpenUSD Developer Certification Exam

Exam | Room 121 /122

NVIDIA 实战培训

加入我们的实战培训，通过 AI、研究、OpenUSD 等方面的培训提升您的技能。

NVIDIA 实战实验室体验由 MSI 提供赞助。在 SIGGRAPH 大会上体验最新的 MSI 笔记本电脑，释放您的创造力。

了解详情

在 SIGGRAPH 上获得认证

通过 SIGGRAPH 大会提供的专属 NVIDIA 技术认证，解锁新机遇。率先参加新 OpenUSD 认证考试，这是该认证考试在大会上的首次亮相。

验证您的技能，在人群中脱颖而出，提升您的 AI 和图形职业生涯。对于 SIGGRAPH 参会者，我们免费提供监督认证考试 (价值 125 至 400 美元) ，面向持有 Full Conference 通行证的参会者开放。

当地时间 8 月 14 日 (星期四)
8:30 – 13:00

通知我

最佳展示奖

Test-of-Time Award- Unified Particle Physics for Real-Time Applications

这篇论文通过引入用于实时视觉效果的统一动态框架来解决长期存在的计算问题，自 2014 年 SIGGRAPH 大会上发表以来，已在该领域得到广泛采用。

了解详情

SIGGRAPH 2025 杰出博士论文

Rohan Sawhney 凭借其论文获得了今年的奖项，该论文探索了一种使用无网格蒙特卡罗方法而非传统的基于网格的技术来处理形状和模拟的新方法。

NVIDIA 亮相 SIGGRAPH 2025 大会

NVIDIA Research 特别演讲

特别活动

教育工作者日

渲染技术日

OpenUSD 技术日

日程一览

Learn OpenUSD: Robotics Best Practices

State of the Art in Grid-Free Monte Carlo Methods for Partial Differential Equations

OpenVDB

Physically Based Shading in Theory and Practice

Esports Rendering: Industry and Player Perspectives

Hands-On Class: Tackling Gaussian Splats, Physics Simulation, and Visualization With NVIDIA Kaolin and Warp Libraries

Digital Twin Robotics: Immersive Software-in-the-Loop Testing With OpenUSD and Isaac Sim

Papers Fast Forward

Developing an OpenUSD Configurator Experience for Apple Vision Pro

Educators’ Day

Developing Industrial Digital Twin Applications for Apple Vision Pro

Learn OpenUSD: Asset Modularity and Instancing

An Introduction to Neural Shading

Next-Gen Rendering: Advances in GPU Ray Tracing With AI

Real-Time Short Form Content: Using GPU Accelerated Techniques for Storytelling

Pixar and Beyond: Creativity, Technology, and RenderMan

High-Fidelity Rendering for Physical AI With NVIDIA Omniverse RTX

Learn OpenUSD: Preparing 3D Assets for Simulation and Physical AI

Real-Time Ray Tracing for M&E: Challenges and Innovations

The Future of Rendering

OpenUSD Office Hours

SIGGRAPH Real-Time Live!

Beyond Rendering: Why Graphics is Needed For Physical AI

Introduction to OpenUSD for Physical AI

Accelerating Robot Learning Through Visual Simulation

3D Gaussian Splatting for Realistic Physical AI Simulations

Beyond Hollywood: Expanding 3D Skills Into New Frontiers in AI and Digital Twins

Automating 3D Content at Scale With Digital Twins and OpenUSD

Advancing Humanoid Robots With Simulation-First Approach

How Disney Droids Come to Life With Physics Simulation

OpenUSD Developer Meetup

OpenUSD Developer Certification Exam

NVIDIA 实战培训

在 SIGGRAPH 上获得认证

最佳展示奖

Test-of-Time Award- Unified Particle Physics for Real-Time Applications

SIGGRAPH 2025 杰出博士论文

NVIDIA Research 在 SIGGRAPH 大会上的演讲

Generative Detail Enhancement for Physically Based Materials

Reservoir Splatting for Temporal Path Resampling and Motion Blur

Unbiased Differential Visibility Using Fixed-Step Walk-on-Spherical-Caps and Closest Silhouettes

ReStyle3D: Scene-Level Appearance Transfer With Semantic Correspondences

GAIA: Generative Animatable Interactive Avatars With Expression-Conditioned Gaussians

Painting With 3D Gaussian Splat Brushes

Monte Carlo PDE Simulation in Participating Media

Radiance Surfaces: Optimizing Surface Representations With a 5D Radiance Field Loss

Stochastic Preconditioning for Neural Field Optimization

StableMotion: Training Motion Cleanup Models With Unpaired Corrupted Data

ADD: Physics-Based Motion Imitation With Adversarial Differential Discriminators

Robo-Saber: Full-Body Physics-Based User Modeling for Virtual Reality

Adaptive Algebraic Reuse of Reordering in Cholesky Factorizations With Dynamic Sparsity Patterns

Stochastic Barnes-Hut Approximation for Fast Summation on the GPU

Offset Geometric Contact

Putting Rigid Bodies to Rest

Neurally Integrated Finite Elements for Differentiable Elasticity on Evolving Domains

IP-Composer: Semantic Composition of Visual Concepts

不要错过我们在 SIGGRAPH 大会上的合作伙伴精彩活动

NVIDIA 项目

NVIDIA Research

学术资助计划

NVIDIA 深度学习培训中心 (DLI) 教学套件

NVIDIA 开发者计划

NVIDIA Studio 加速创意呈现

了解面向创业公司的免费计划

NVIDIA RTX PRO Blackwell

与众不同的工作体验

注册即可接收有关 SIGGRAPH 2025 上的 NVIDIA 讯息