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Home/Authors/Kaixiang Zhao

Kaixiang Zhao

3 indexed papers

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

Publications per year

3
26

Top categories

AI×3ML×3Crypto×1

Frequent co-authors

Tianrun Yu2×
Porter Jenkins2×
Yushun Dong2×
Amanda Hughes2×
Shawn Huang1×
Chih-Chun Chen1×

Research Timeline

2026
GraphIP-Bench: How Hard Is It to Steal a Graph Neural Network, and Can We Stop It?

The paper introduces GraphIP-Bench, a unified benchmark that demonstrates that stealing Graph Neural Networks (GNNs) is relatively easy, and existing defenses often fail to maintain their integrity after the model is successfully extracted.

LARK: Learnability-Grounded Trajectory Selection for Efficient Reasoning Distillation

LARK introduces a novel learnability-grounded approach for selecting reasoning trajectories, significantly improving the efficiency of reasoning distillation by prioritizing trajectories that the student model can learn from.

TIGER: Traceable Inference with Graph-Based Evidence Routing for Mitigating Hallucinations in Multimodal Generation

TIGER is an inference-time framework that uses graph-based evidence routing to independently assess and repair unsupported facts (hallucinations) in multimodal generation.

Highlighted terms show continued research focus across papers

Papers

cs.AIcs.LGRecentMay 29, 2026

TIGER: Traceable Inference with Graph-Based Evidence Routing for Mitigating Hallucinations in Multimodal Generation

Kaixiang Zhao, Tianrun Yu, Shawn Huang, Porter Jenkins +2 more

TIGER is an inference-time framework that uses graph-based evidence routing to independently assess and repair unsupported facts (hallucinations) in multimodal generation.

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cs.LGcs.AIRecentMay 28, 2026

LARK: Learnability-Grounded Trajectory Selection for Efficient Reasoning Distillation

Tianrun Yu, Kaixiang Zhao, Chih-Chun Chen, Amanda Hughes +4 more

LARK introduces a novel learnability-grounded approach for selecting reasoning trajectories, significantly improving the efficiency of reasoning distillation by prioritizing trajectories that the stud…

View →
cs.CRcs.AIcs.LGRecentMay 12, 2026

GraphIP-Bench: How Hard Is It to Steal a Graph Neural Network, and Can We Stop It?

Kaixiang Zhao, Bolin Shen, Yuyang Dai, Shayok Chakraborty +1 more

The paper introduces GraphIP-Bench, a unified benchmark that demonstrates that stealing Graph Neural Networks (GNNs) is relatively easy, and existing defenses often fail to maintain their integrity af…

View →