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Home/Authors/Ziming Li

Ziming Li

3 indexed papers

Recent (6 mo)
3
With code
0
Influential cites
0
Benchmarked
0

Publications per year

3
26

Top categories

AI×2NLP×2Info Retrieval×1Vision×1

Frequent co-authors

OneRec Team1×
Biao Yang1×
Boyang Ding1×
Chenglong Chu1×
Dunju Zang1×
Fei Pan1×

Research Timeline

2026
Reinforcement Learning with Robust Rubric Rewards

The paper introduces $ ext{RLR}^3$, a novel framework that extends verifiable rewards in Reinforcement Learning to handle partially verifiable, multi-criteria vision-language tasks by integrating robust rubric scoring.

Counterfactual Graph for Multi-Agent LLM Calibration

The paper proposes CAGE-CAL, a counterfactual graph calibration framework, to accurately assess the reliability and detect over-confidence in multi-agent LLM systems after agents communicate.

OneReason Technical Report

The paper proposes OneReason, a framework that enhances the reasoning capability of generative recommendation models by focusing on improving item perception and structuring user behavior into coherent latent interests.

Highlighted terms show continued research focus across papers

Papers

cs.IRcs.AIcs.CLRecentJun 4, 2026

OneReason Technical Report

OneRec Team, Biao Yang, Boyang Ding, Chenglong Chu +80 more

The paper proposes OneReason, a framework that enhances the reasoning capability of generative recommendation models by focusing on improving item perception and structuring user behavior into coheren…

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cs.CVcs.AIRecentMay 28, 2026

Reinforcement Learning with Robust Rubric Rewards

Ya-Qi Yu, Hao Wang, Fangyu Hong, Xiangyang Qu +14 more

The paper introduces $ ext{RLR}^3$, a novel framework that extends verifiable rewards in Reinforcement Learning to handle partially verifiable, multi-criteria vision-language tasks by integrating robu…

View →
cs.CLRecentMay 28, 2026

Counterfactual Graph for Multi-Agent LLM Calibration

Jiatan Huang, Mingchen Li, Ziming Li, Sunjae Kwon +2 more

The paper proposes CAGE-CAL, a counterfactual graph calibration framework, to accurately assess the reliability and detect over-confidence in multi-agent LLM systems after agents communicate.

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