Research
I'm broadly interested in how vision should be learned, represented, and scaled. I tend to see most problems through representation learning, shaped by three things: the objective, the data, and the architecture. Questions I'm currently working on include: what visual information survives different training paradigms (contrastive pretraining, VLM fine-tuning, native multimodal training); whether pixel-level and semantic objectives can coexist in one representation; and, more recently, how to make vision a first-class citizen in VLM training, one that coexists well with language.
|
|
Evidence-RL: Towards Evidence-intensive Visual Reasoning
Haojie Huang*,
Xinlei Yu*,
Chengming Xu*,
Zhangquan Chen,
Cheng Yang,
Qingdong He,
Yu Yang,
Jiangning Zhang,
Xiaobin Hu†
NeurIPS, 2026
project page
/
arXiv
/
code
/
checkpoint
Counterfactual Evidence Disentanglement (CED) rewards VLMs during RL post-training only when their answers causally depend on the right visual evidence, improving grounded reasoning across nine benchmarks with no inference-time cost.
|
|
The Latent Space: Foundation, Evolution, Mechanism, Ability, and Outlook
Xinlei Yu,
Zhangquan Chen,
Yongbo He,
…,
Haojie Huang,
…,
Shuicheng Yan
arXiv, 2026
arXiv
/
paper list
A survey of latent space as a computational substrate for language-based models, organized by foundation, evolution, mechanism, ability, and outlook.
|
|
* Equal contribution † Corresponding author
|
|