Support-Proximity Augmented Diffusion Estimation for Offline Black-Box Optimization
Yonghan Yang · Ye Yuan · Zipeng Sun · Linfeng Du · Bowei He · Haolun Wu · Can Chen · Xue Liu
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Yonghan Yang · Ye Yuan · Zipeng Sun · Linfeng Du · Bowei He · Haolun Wu · Can Chen · Xue Liu
Linfeng Du · Ye Yuan · Zichen Zhao · Fuyuan Lyu · Emiliano Penaloza · Xiuying Chen · Zipeng Sun · Jikun Kang · Laurent Charlin · Xue Liu · Haolun Wu
Large language models (LLMs) excel at general-purpose tasks, yet adapting their responses to individual users remains challenging. Retrieval augmentation provides a lightweight alternative to fine-tuning by conditioning LLMs on user history records, and existing approaches typically select these...
Difan Jiao · Yilun Liu · Ye Yuan · Zhenwei Tang · Linfeng Du · Haolun Wu · Ashton Anderson
Guard models are widely used to detect harmful content in user prompts and LLM responses. However, state-of-the-art guard models rely solely on terminal-layer representations and overlook the rich safety-relevant features distributed across internal layers. We present SIREN, a lightweight guard m...
Weixu Zhang · Ye Yuan · Changjiang Han · Yuxing Tian · Zipeng Sun · Linfeng Du · Jikun Kang · Hong Kang · Xue Liu · Haolun Wu
Large Language Models (LLMs) exhibit strong implicit personalization ability, yet most existing approaches treat this behavior as a black box, relying on prompt engineering or fine tuning on user data. In this work, we adopt a mechanistic interpretability perspective and hypothesize the existence...