NSTL国家科技图书文献中心

1. 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： 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* | inverse rendering* results.*

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

2. Efficient Environment Map Rendering Based on Decomposition NSTL国家科技图书文献中心

Yu‐Ting Wu - 《Computer Graphics Forum》 - 2025,44(1) - n/a～n/a - 共14页

摘要： rendering a smaller image with more lights, thereby | environment map sampling algorithm designed to render* high* | Abstract This paper presents an efficient | ‐quality, low‐noise images with only a few light samples | , making it ideal for real‐time applications. We observe

关键词： environment map sampling | illumination rendering | rendering

3. Volumetric Rendering with Baked Quadrature Fields NSTL国家科技图书文献中心

Gopal Sharma | Daniel Rebain ... - 《Computer Vision - ECCV 2024,Part LXIII》 - European Conference on Computer Vision - 2025, - 275～292 - 共18页

摘要：-quality novel view rendering* that NeRF provides, a* | critical limitation is that it relies on volume rendering | surface rendering. We thus propose to model the scene | quadrature points when volume rendering, and perform | rendering speed of over 100 frames-per-second for a 1920

关键词： Novel view synthesis | Neural rendering | Neural fields

4. Optimizing acoustic field rendering through heterogeneous computing NSTL国家科技图书文献中心

Zhang Sheng | Huiling Zhu - 《Fifth International Conference on Signal Processing and Computer Science (SPCS 2024)》 - International Conference on Signal Processing and Computer Science - 2025, - 1344215.1～1344215.6 - 共6页

摘要： sound field rendering* efficiency using a heterogeneous* | accelerates sound field rendering, achieving nearly 400 | The objective of this research is to enhance | computing framework. By integrating GPU and CPU resources | , we address performance challenges in complex

关键词： Sound field rendering | Heterogeneous computing | Parallel computing

5. gFlow: Distributed Real-Time Reverse Remote Rendering System Model NSTL国家科技图书文献中心

Yixiao Xu | Yubo Li ... - 《MultiMedia Modeling,Part II》 - International Conference on MultiMedia Modeling - 2025, - 3～16 - 共14页

摘要：Remote rendering* has become increasingly* | rendering focuses on scenarios where local devices lack | for rendering. However, in emerging scenarios like | reverse remote rendering, academic research in this area | distributed real-time reverse remote rendering* system model*

关键词： Remote rendering | GPU virtualization | Real-time rendering | VirtIO

6. CaesarNeRF: Calibrated Semantic Representation for Few-Shot Generalizable Neural Rendering NSTL国家科技图书文献中心

Haidong Zhu | Tianyu Ding ... - 《Computer Vision - ECCV 2024,Part VI》 - European Conference on Computer Vision - 2025, - 71～89 - 共19页

摘要： rendering. We introduce CaesarNeRF, an end-to-end approach | advance few-shot, generalizable neural rendering | Generalizability and few-shot learning are key | challenges in Neural Radiance Fields (NeRF), often due to | the lack of a holistic understanding in pixel-level

关键词： Few-view rendering | Generalizable neRF | Neural rendering

7. 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

8. Exoplanet Imaging via Differentiable Rendering NSTL国家科技图书文献中心

Brandon Y. Feng | Rodrigo Ferrer-Cháve...... - 《IEEE transactions on computational imaging》 - 2025,11 - 36～51 - 共16页

摘要： differentiable rendering* approach that leverages these* | enabled by differentiable rendering* can revitalize* | Direct imaging of exoplanets is crucial for | advancing our understanding of planetary systems beyond | our solar system, but it faces significant

关键词： Planets | Imaging | Stars | Exoplanet | Telescopes | Rendering (computer graphics) | Extraterrestrial measurements | Optical imaging | Optimization | Optical diffraction

9. MeshGS: Adaptive Mesh-Aligned Gaussian Splatting for High-Quality Rendering NSTL国家科技图书文献中心

Jaehoon Choi | Yonghan Lee ... - 《Computer Vision - ACCV 2024,Part IX》 - Asian Conference on Computer Vision - 2025, - 262～279 - 共18页

摘要： rendering results. At the same time, most applications | rendering of reconstructed real-world scenes. In | that do not contribute to the rendering. We consider | terms of rendering. We present a training strategy of | neural rendering* techniques by achieving a 2dB higher*

关键词： Neural rendering | Gaussian splatting | Mesh

10. Gaussian Frosting: Editable Complex Radiance Fields with Real-Time Rendering NSTL国家科技图书文献中心

Antoine Guedon | Vincent Lepetit - 《Computer Vision - ECCV 2024,Part LXV》 - European Conference on Computer Vision - 2025, - 413～430 - 共18页

摘要：-based representation for high-quality rendering* and* | rendering using Gaussian splatting, as well as editing and | , accelerating rendering* during both optimization and inference* | We propose Gaussian Frosting, a novel mesh | editing of complex 3D effects in real-time. Our approach

摘要： 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* | inverse rendering* results.*

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

摘要： rendering a smaller image with more lights, thereby | environment map sampling algorithm designed to render* high* | Abstract This paper presents an efficient | ‐quality, low‐noise images with only a few light samples | , making it ideal for real‐time applications. We observe

关键词： environment map sampling | illumination rendering | rendering

摘要：-quality novel view rendering* that NeRF provides, a* | critical limitation is that it relies on volume rendering | surface rendering. We thus propose to model the scene | quadrature points when volume rendering, and perform | rendering speed of over 100 frames-per-second for a 1920

关键词： Novel view synthesis | Neural rendering | Neural fields

摘要： sound field rendering* efficiency using a heterogeneous* | accelerates sound field rendering, achieving nearly 400 | The objective of this research is to enhance | computing framework. By integrating GPU and CPU resources | , we address performance challenges in complex

关键词： Sound field rendering | Heterogeneous computing | Parallel computing

摘要：Remote rendering* has become increasingly* | rendering focuses on scenarios where local devices lack | for rendering. However, in emerging scenarios like | reverse remote rendering, academic research in this area | distributed real-time reverse remote rendering* system model*

关键词： Remote rendering | GPU virtualization | Real-time rendering | VirtIO

摘要： rendering. We introduce CaesarNeRF, an end-to-end approach | advance few-shot, generalizable neural rendering | Generalizability and few-shot learning are key | challenges in Neural Radiance Fields (NeRF), often due to | the lack of a holistic understanding in pixel-level

关键词： Few-view rendering | Generalizable neRF | Neural rendering

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： differentiable rendering* approach that leverages these* | enabled by differentiable rendering* can revitalize* | Direct imaging of exoplanets is crucial for | advancing our understanding of planetary systems beyond | our solar system, but it faces significant

关键词： Planets | Imaging | Stars | Exoplanet | Telescopes | Rendering (computer graphics) | Extraterrestrial measurements | Optical imaging | Optimization | Optical diffraction

摘要： rendering results. At the same time, most applications | rendering of reconstructed real-world scenes. In | that do not contribute to the rendering. We consider | terms of rendering. We present a training strategy of | neural rendering* techniques by achieving a 2dB higher*

关键词： Neural rendering | Gaussian splatting | Mesh

摘要：-based representation for high-quality rendering* and* | rendering using Gaussian splatting, as well as editing and | , accelerating rendering* during both optimization and inference* | We propose Gaussian Frosting, a novel mesh | editing of complex 3D effects in real-time. Our approach

关键词： Gaussian splatting | Mesh | Differentiable rendering

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： 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 | inverse rendering results.

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

摘要： rendering a smaller image with more lights, thereby | environment map sampling algorithm designed to render high | Abstract This paper presents an efficient | ‐quality, low‐noise images with only a few light samples | , making it ideal for real‐time applications. We observe

关键词： environment map sampling | illumination rendering | rendering

摘要：-quality novel view rendering that NeRF provides, a | critical limitation is that it relies on volume rendering | surface rendering. We thus propose to model the scene | quadrature points when volume rendering, and perform | rendering speed of over 100 frames-per-second for a 1920

关键词： Novel view synthesis | Neural rendering | Neural fields

摘要： sound field rendering efficiency using a heterogeneous | accelerates sound field rendering, achieving nearly 400 | The objective of this research is to enhance | computing framework. By integrating GPU and CPU resources | , we address performance challenges in complex

关键词： Sound field rendering | Heterogeneous computing | Parallel computing

摘要：Remote rendering has become increasingly | rendering focuses on scenarios where local devices lack | for rendering. However, in emerging scenarios like | reverse remote rendering, academic research in this area | distributed real-time reverse remote rendering system model

关键词： Remote rendering | GPU virtualization | Real-time rendering | VirtIO

摘要： rendering. We introduce CaesarNeRF, an end-to-end approach | advance few-shot, generalizable neural rendering | Generalizability and few-shot learning are key | challenges in Neural Radiance Fields (NeRF), often due to | the lack of a holistic understanding in pixel-level

关键词： Few-view rendering | Generalizable neRF | Neural rendering

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： differentiable rendering approach that leverages these | enabled by differentiable rendering can revitalize | Direct imaging of exoplanets is crucial for | advancing our understanding of planetary systems beyond | our solar system, but it faces significant

关键词： Planets | Imaging | Stars | Exoplanet | Telescopes | Rendering (computer graphics) | Extraterrestrial measurements | Optical imaging | Optimization | Optical diffraction

摘要： rendering results. At the same time, most applications | rendering of reconstructed real-world scenes. In | that do not contribute to the rendering. We consider | terms of rendering. We present a training strategy of | neural rendering techniques by achieving a 2dB higher

关键词： Neural rendering | Gaussian splatting | Mesh

摘要：-based representation for high-quality rendering and | rendering using Gaussian splatting, as well as editing and | , accelerating rendering during both optimization and inference | We propose Gaussian Frosting, a novel mesh | editing of complex 3D effects in real-time. Our approach

关键词： Gaussian splatting | Mesh | Differentiable rendering

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： 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* | inverse rendering* results.*

摘要： rendering a smaller image with more lights, thereby | environment map sampling algorithm designed to render* high* | Abstract This paper presents an efficient | ‐quality, low‐noise images with only a few light samples | , making it ideal for real‐time applications. We observe

摘要：-quality novel view rendering* that NeRF provides, a* | critical limitation is that it relies on volume rendering | surface rendering. We thus propose to model the scene | quadrature points when volume rendering, and perform | rendering speed of over 100 frames-per-second for a 1920

摘要： sound field rendering* efficiency using a heterogeneous* | accelerates sound field rendering, achieving nearly 400 | The objective of this research is to enhance | computing framework. By integrating GPU and CPU resources | , we address performance challenges in complex

摘要：Remote rendering* has become increasingly* | rendering focuses on scenarios where local devices lack | for rendering. However, in emerging scenarios like | reverse remote rendering, academic research in this area | distributed real-time reverse remote rendering* system model*

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： differentiable rendering* approach that leverages these* | enabled by differentiable rendering* can revitalize* | Direct imaging of exoplanets is crucial for | advancing our understanding of planetary systems beyond | our solar system, but it faces significant

摘要： rendering results. At the same time, most applications | rendering of reconstructed real-world scenes. In | that do not contribute to the rendering. We consider | terms of rendering. We present a training strategy of | neural rendering* techniques by achieving a 2dB higher*

摘要：-based representation for high-quality rendering* and* | rendering using Gaussian splatting, as well as editing and | , accelerating rendering* during both optimization and inference* | We propose Gaussian Frosting, a novel mesh | editing of complex 3D effects in real-time. Our approach