NSTL国家科技图书文献中心

1. UniVoxel: Fast Inverse Rendering by Unified Voxelization of Scene Representation NSTL国家科技图书文献中心

Shuang Wu | Songlin Tang ... - 《Computer Vision - ECCV 2024,Part LXXI》 - European Conference on Computer Vision - 2025, - 360～376 - 共17页

摘要：Typical inverse* rendering methods focus on* | , thereby accelerating the inverse* rendering significantly* | learning implicit neural scene representations by | modeling the geometry, materials and illumination | separately, which entails significant computations for

关键词： Inverse rendering | Neural rendering | Relighting

2. Photorealistic Object Insertion with Diffusion-Guided Inverse Rendering NSTL国家科技图书文献中心

Ruofan Liang | Zan Gojcic ... - 《Computer Vision - ECCV 2024,Part LXI》 - European Conference on Computer Vision - 2025, - 446～465 - 共20页

摘要： diffusion model as guidance to a physically based inverse | rendering process. Our method recovers scene lighting and | The correct insertion of virtual objects in | images of real-world scenes requires a deep | understanding of the scene's lighting, geometry and materials

关键词： Inverse rendering | Diffusion models | Personalization | Virtual object insertion | Physically based rendering

3. High-Quality Mesh Blendshape Generation from Face Videos via Neural Inverse Rendering NSTL国家科技图书文献中心

Xin Ming | Jiawei Li ... - 《Computer Vision - ECCV 2024,Part LXX》 - European Conference on Computer Vision - 2025, - 106～125 - 共20页

摘要： representations have enabled high-quality inverse rendering | state-of-the-art neural inverse* rendering. We begin by* | Mesh-based facial blendshapes have been widely | used in animation pipelines, while recent | advancements in neural geometry and appearance

关键词： Facial rig | Neural inverse rendering

4. Seg-invRender: fusing semantic segmentation based on NeRF for inverse rendering considering shadows NSTL国家科技图书文献中心

Jianuo Wang | Huawei Li ... - 《The visual computer》 - 2025,41(7) - 4851～4864 - 共14页

摘要：Inverse rendering remains a challenging | , we propose an inverse* rendering method that* | implicit neural rendering* methods has introduced new* | inverse rendering's ill-posedness and decompose the | problem in computer vision, but the recent advance in

关键词： Neural radiance field | SDF | Inverse rendering | 3D reconstruction | 3D semantic segmentation

5. Mobile-PBR: A 28-nm Energy-Efficient Rendering Processor for Photorealistic Augmented Reality With Inverse Rendering and Background Clustering NSTL国家科技图书文献中心

Shiyu Guo | Yuhao Ju ... - 《IEEE Journal of Solid-State Circuits》 - 2025,60(1) - 125～135 - 共11页

摘要： renderer (Mobile-PBR). By introducing inverse rendering | ray-tracing (PBRT) rendering* processor for* | photorealistic augmented reality (AR) rendering* applications on* | work include: 1) an ASIC rendering* processor that* | }$ and $3.95{times }$ higher RT rendering* efficiency*

关键词： Rendering (computer graphics) | Lighting | System-on-chip | Geometry | Real-time systems | Mobile handsets | Memory management | Reflection | Cameras | Visualization

6. Deep Polarization Cues for Single-Shot Shape and Subsurface Scattering Estimation NSTL国家科技图书文献中心

Chenhao Li | Trung Thanh Ngo ... - 《Computer Vision - ECCV 2024,Part LXVII》 - European Conference on Computer Vision - 2025, - 55～73 - 共19页

摘要： baselines from the SfP and inverse* rendering realms on* | In this work, we propose a novel learning | -based method to jointly estimate the shape and | subsurface scattering (SSS) parameters of translucent | objects by utilizing polarization cues. Although

关键词： Inverse rendering | Subsurface scattering | Shape from polarization

7. Refining Boundary Sample Space for Differentiable Rendering NSTL国家科技图书文献中心

Ruicheng Gao | Yue Qi - 《Sixteenth International Conference on Graphics and Image Processing (ICGIP 2024)》 - International Conference on Graphics and Image Processing - 2025, - 135391I.1～135391I.7 - 共7页

摘要： inverse rendering results. | rendering (PBDR) is to propagate gradients between scene | differentiation techniques directly to the primary rendering | rendering integral contains moving high-dimensional | gradients in the forward differentiable rendering* process*

关键词： Physics-based differentiable rendering | Global illumination | Inverse rendering

8. Don’t Splat your Gaussians: Volumetric Ray-Traced Primitives for Modeling and Rendering Scattering and Emissive Media NSTL国家科技图书文献中心

JORGE CONDOR | SEBASTIEN SPEIERER ... - 《ACM Transactions on Graphics》 - 2025,44(1) - 10.1～10.17 - 共17页

摘要： demonstrate our method in both forward and inverse rendering | rendering such as voxel grids. Inspired by recent methods | optimization and rendering, providing additional flexibility | modeling and rendering* any path-tracing enabled* | Efficient scene representations are essential

关键词： Volume rendering | scattering | radiance fields | 3D reconstruction | volumetric primitives | volumetric representations | ray tracing | inverse rendering

9. PhysAvatar: Learning the Physics of Dressed 3D Avatars from Visual Observations NSTL国家科技图书文献中心

Yang Zheng | Qingqing Zhao ... - 《Computer Vision - ECCV 2024,Part XXXVII》 - European Conference on Computer Vision - 2025, - 262～284 - 共23页

摘要： combines inverse* rendering with inverse physics to* | based inverse* rendering with physics in the loop. Our* | Modeling and rendering* photorealistic avatars* | based inverse* renderer to estimate the intrinsic* | is of crucial importance in many applications

关键词： Neural rendering | Physics | Dynamic modeling | 3D avatar

10. MERLiN: Single-Shot Material Estimation and Relighting for Photometric Stereo NSTL国家科技图书文献中心

Ashish Tiwari | Satoshi Ikehata ... - 《Computer Vision - ECCV 2024,Part XII》 - European Conference on Computer Vision - 2025, - 251～269 - 共19页

摘要： inverse rendering problem holistically, applying well to | network that integrates single image-based inverse | rendering and relighting within a single unified framework | Photometric stereo typically demands intricate | data acquisition setups involving multiple light

摘要：Typical inverse* rendering methods focus on* | , thereby accelerating the inverse* rendering significantly* | learning implicit neural scene representations by | modeling the geometry, materials and illumination | separately, which entails significant computations for

关键词： Inverse rendering | Neural rendering | Relighting

摘要： diffusion model as guidance to a physically based inverse | rendering process. Our method recovers scene lighting and | The correct insertion of virtual objects in | images of real-world scenes requires a deep | understanding of the scene's lighting, geometry and materials

关键词： Inverse rendering | Diffusion models | Personalization | Virtual object insertion | Physically based rendering

摘要： representations have enabled high-quality inverse rendering | state-of-the-art neural inverse* rendering. We begin by* | Mesh-based facial blendshapes have been widely | used in animation pipelines, while recent | advancements in neural geometry and appearance

关键词： Facial rig | Neural inverse rendering

摘要：Inverse rendering remains a challenging | , we propose an inverse* rendering method that* | implicit neural rendering* methods has introduced new* | inverse rendering's ill-posedness and decompose the | problem in computer vision, but the recent advance in

关键词： Neural radiance field | SDF | Inverse rendering | 3D reconstruction | 3D semantic segmentation

摘要： renderer (Mobile-PBR). By introducing inverse rendering | ray-tracing (PBRT) rendering* processor for* | photorealistic augmented reality (AR) rendering* applications on* | work include: 1) an ASIC rendering* processor that* | }$ and $3.95{times }$ higher RT rendering* efficiency*

关键词： Rendering (computer graphics) | Lighting | System-on-chip | Geometry | Real-time systems | Mobile handsets | Memory management | Reflection | Cameras | Visualization

摘要： baselines from the SfP and inverse* rendering realms on* | In this work, we propose a novel learning | -based method to jointly estimate the shape and | subsurface scattering (SSS) parameters of translucent | objects by utilizing polarization cues. Although

关键词： Inverse rendering | Subsurface scattering | Shape from polarization

摘要： inverse rendering results. | rendering (PBDR) is to propagate gradients between scene | differentiation techniques directly to the primary rendering | rendering integral contains moving high-dimensional | gradients in the forward differentiable rendering* process*

关键词： Physics-based differentiable rendering | Global illumination | Inverse rendering

摘要： demonstrate our method in both forward and inverse rendering | rendering such as voxel grids. Inspired by recent methods | optimization and rendering, providing additional flexibility | modeling and rendering* any path-tracing enabled* | Efficient scene representations are essential

关键词： Volume rendering | scattering | radiance fields | 3D reconstruction | volumetric primitives | volumetric representations | ray tracing | inverse rendering

摘要： combines inverse* rendering with inverse physics to* | based inverse* rendering with physics in the loop. Our* | Modeling and rendering* photorealistic avatars* | based inverse* renderer to estimate the intrinsic* | is of crucial importance in many applications

关键词： Neural rendering | Physics | Dynamic modeling | 3D avatar

摘要： inverse rendering problem holistically, applying well to | network that integrates single image-based inverse | rendering and relighting within a single unified framework | Photometric stereo typically demands intricate | data acquisition setups involving multiple light

关键词： Intrinsic decomposition | Single-image relighting | Photometric stereo

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：Typical inverse rendering methods focus on | , thereby accelerating the inverse rendering significantly | learning implicit neural scene representations by | modeling the geometry, materials and illumination | separately, which entails significant computations for

关键词： Inverse rendering | Neural rendering | Relighting

摘要： diffusion model as guidance to a physically based inverse | rendering process. Our method recovers scene lighting and | The correct insertion of virtual objects in | images of real-world scenes requires a deep | understanding of the scene's lighting, geometry and materials

关键词： Inverse rendering | Diffusion models | Personalization | Virtual object insertion | Physically based rendering

摘要： representations have enabled high-quality inverse rendering | state-of-the-art neural inverse rendering. We begin by | Mesh-based facial blendshapes have been widely | used in animation pipelines, while recent | advancements in neural geometry and appearance

关键词： Facial rig | Neural inverse rendering

摘要：Inverse rendering remains a challenging | , we propose an inverse rendering method that | implicit neural rendering methods has introduced new | inverse rendering's ill-posedness and decompose the | problem in computer vision, but the recent advance in

关键词： Neural radiance field | SDF | Inverse rendering | 3D reconstruction | 3D semantic segmentation

摘要： renderer (Mobile-PBR). By introducing inverse rendering | ray-tracing (PBRT) rendering processor for | photorealistic augmented reality (AR) rendering applications on | work include: 1) an ASIC rendering processor that | }$ and $3.95{times }$ higher RT rendering efficiency

关键词： Rendering (computer graphics) | Lighting | System-on-chip | Geometry | Real-time systems | Mobile handsets | Memory management | Reflection | Cameras | Visualization

摘要： baselines from the SfP and inverse rendering realms on | In this work, we propose a novel learning | -based method to jointly estimate the shape and | subsurface scattering (SSS) parameters of translucent | objects by utilizing polarization cues. Although

关键词： Inverse rendering | Subsurface scattering | Shape from polarization

摘要： inverse rendering results. | rendering (PBDR) is to propagate gradients between scene | differentiation techniques directly to the primary rendering | rendering integral contains moving high-dimensional | gradients in the forward differentiable rendering process

关键词： Physics-based differentiable rendering | Global illumination | Inverse rendering

摘要： demonstrate our method in both forward and inverse rendering | rendering such as voxel grids. Inspired by recent methods | optimization and rendering, providing additional flexibility | modeling and rendering any path-tracing enabled | Efficient scene representations are essential

关键词： Volume rendering | scattering | radiance fields | 3D reconstruction | volumetric primitives | volumetric representations | ray tracing | inverse rendering

摘要： combines inverse rendering with inverse physics to | based inverse rendering with physics in the loop. Our | Modeling and rendering photorealistic avatars | based inverse renderer to estimate the intrinsic | is of crucial importance in many applications

关键词： Neural rendering | Physics | Dynamic modeling | 3D avatar

摘要： inverse rendering problem holistically, applying well to | network that integrates single image-based inverse | rendering and relighting within a single unified framework | Photometric stereo typically demands intricate | data acquisition setups involving multiple light

关键词： Intrinsic decomposition | Single-image relighting | Photometric stereo

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：Typical inverse* rendering methods focus on* | , thereby accelerating the inverse* rendering significantly* | learning implicit neural scene representations by | modeling the geometry, materials and illumination | separately, which entails significant computations for

摘要： representations have enabled high-quality inverse rendering | state-of-the-art neural inverse* rendering. We begin by* | Mesh-based facial blendshapes have been widely | used in animation pipelines, while recent | advancements in neural geometry and appearance

摘要：Inverse rendering remains a challenging | , we propose an inverse* rendering method that* | implicit neural rendering* methods has introduced new* | inverse rendering's ill-posedness and decompose the | problem in computer vision, but the recent advance in

摘要： renderer (Mobile-PBR). By introducing inverse rendering | ray-tracing (PBRT) rendering* processor for* | photorealistic augmented reality (AR) rendering* applications on* | work include: 1) an ASIC rendering* processor that* | }$ and $3.95{times }$ higher RT rendering* efficiency*

摘要： baselines from the SfP and inverse* rendering realms on* | In this work, we propose a novel learning | -based method to jointly estimate the shape and | subsurface scattering (SSS) parameters of translucent | objects by utilizing polarization cues. Although

摘要： inverse rendering results. | rendering (PBDR) is to propagate gradients between scene | differentiation techniques directly to the primary rendering | rendering integral contains moving high-dimensional | gradients in the forward differentiable rendering* process*

摘要： demonstrate our method in both forward and inverse rendering | rendering such as voxel grids. Inspired by recent methods | optimization and rendering, providing additional flexibility | modeling and rendering* any path-tracing enabled* | Efficient scene representations are essential

摘要： combines inverse* rendering with inverse physics to* | based inverse* rendering with physics in the loop. Our* | Modeling and rendering* photorealistic avatars* | based inverse* renderer to estimate the intrinsic* | is of crucial importance in many applications