Shiran Yuan
I'm a teenager who loves doing quirky stuff! Currently a Master's student at UC Berkeley. Before that I received dual B.S. degrees with Full Scholarship and Senior Award from Duke University and Duke Kunshan University.
I will be starting a PhD at Tsinghua University in Fall 2025. I've received the Best Paper Award at the International Conference on 3D Vision (3DV 2024).
Email /
Scholar /
Github
|
|
Research
I mainly do research on computer vision, machine learning, graphics, and applied math. Some papers are highlighted.
|
|
Next-Scale Autoregressive Models are Zero-Shot Single-Image Object View Synthesizers
Shiran Yuan,
Hao Zhao
arXiv, 2025
code
/
arXiv
The first object-centric novel view synthesis model to be based on autoregressive modeling. It is several times faster than current models, exhibits significantly higher synthesis quality, scales with both model size and dataset size, and can be trained from scratch without any 2D generative base models.
|
|
SA-GS: Scale-Adaptive Gaussian Splatting for Training-Free Anti-Aliasing
Xiaowei Song,
Jv Zheng,
Shiran Yuan,
Huan-ang Gao,
Jingwei Zhao,
Xiang He,
Weihao Gu,
Hao Zhao
CVM, 2025 (Journal Track)
code
/
arXiv
Antialiasing gaussian splats using supersampling and numerical integration to reduce artifacts from changing sampling frequency.
|
|
Hybrid Spatial Representations for Species Distribution Modeling
Shiran Yuan,
Hao Zhao
arXiv, 2024
code
/
arXiv
A method combining implicit and explicit representations to achieve accurate species distribution models based on noisy presence-only data.
|
|
A Generalizable Framework for Low-Rank Tensor Completion with Numerical Priors
Shiran Yuan,
Kaizhu Huang
Pattern Recognition, 2024
code
/
arXiv
A framework for low-rank tensor completion that leverages both numerical priors and inter-element priors, with applications to image completion.
|
|
SlimmeRF: Slimmable Radiance Fields
Shiran Yuan,
Hao Zhao
3DV, 2024 (Best Paper Award)
code
/
arXiv
A single model can be slimmed at inference time to instantly achieve desired trade-offs between reconstruction quality and memory-efficiency.
|
|