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Hi! I am a second-year Computer Science Ph.D. candidate at NYU,
advised by
Prof. Qi Sun
in the
Immersive Computing Lab.
My research lies at the intersection of deep learning and computer graphics, with a focus on
efficient visual representations, 3D understanding, and controllable generation of visual content and motion.
My recent work spans physics-informed monocular depth estimation, Gaussian representations,
and motion generation.
Prior to NYU, I received my Bachelor's degree with honors from
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Anatolii Evdokimov, Stavros Diolatzis, Bingxuan Li, Akshay Jindal, Patsorn Sangkloy, Qi Sun WACV 2027 We develop frequency-adaptive Gaussian grids for efficient image representation. |
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Bingxuan Li*, Jiahao Wu*, Yuan Xu*, Zezheng Zhu, Yunxiang Zhang, Kenneth Chen, Yanqi Liang, Nanfang Yu†, Qi Sun† Paper ECCV 2026 We introduce a nanophotonic metalens that physically encodes metric depth into a single monocular image and adapt depth foundation models to recover accurate metric scale. |
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Yuan Xu*, Bingxuan Li*, Jiahao Wu*, Yunxiang Zhang, Zezheng Zhu, Nanfang Yu, Qi Sun† Paper SIGGRAPH 2025 Emerging Technologies We built a metasurface-based depth camera and a neural decoder for accurate monocular metric depth estimation. The system was demonstrated at SIGGRAPH 2025. |
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Yunxiang Zhang*, Bingxuan Li*, Alexandr Kuznetsov, Akshay Jindal, Stavros Diolatzis, Kenneth Chen. Anton Sochenov, Anton Kaplanyan, Qi Sun† Paper / Project / Code SIGGRAPH 2025 We present Image-GS, a content-adaptive neural image representation using anisotropic 2D Gaussians, offering high memory efficiency, fast random access, and flexible fidelity control for real-time graphics. |
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Fujia Su*, Bingxuan Li*, Qingyang Yin, Yanchen Zhang, Sheng Li† Paper / Project / Code / Video ACM Transactions on Graphics (SIGGRAPH 2024) We propose a novel sampling method to handle challenging specular/glossy paths in bidirectional path tracing (BDPT), significantly improving rendering efficiency while ensuring unbiasedness. |
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We present EasyRender, a scalable, high-performance ray tracing renderer built upon OptiX 8.0, featuring modular architecture, support for pbrt-v3 scenes and Disney Principled Materials, and implementations of advanced physically based rendering algorithms. |
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This project explores the further applications of ROMA in rendering, implemented on Mitsuba 0.6. We primarily focused on enhancing the performance of ray tracing using ROMA, a novel acceleration method. |
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Reviewer: SIGGRAPH Asia, TVCG, PG |
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I enjoy reading, gaming, photography and other nerdy stuffs outside of work. |