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Home/Authors/Junfeng Fang

Junfeng Fang

3 indexed papers

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

Publications per year

3
26

Top categories

NLP×2AI×1

Frequent co-authors

Haokai Ma2×
Zixuan Zhu1×
Yitong Hu1×
Yong Dai1×
Chunyang Jiang1×
Senkang Hu1×

Research Timeline

2026
TRACE: Trajectory Risk-Aware Compression for Long-Horizon Agent Safety

The paper proposes TRACE, a trajectory risk-aware compression method, to effectively aggregate sparse and delayed safety evidence across long agent trajectories, achieving state-of-the-art performance on multiple safety benchmarks.

Unified Context Evolution for LLM Agents

The paper introduces Unified Context Evolution (UCE), a gradient-free framework that externalizes and manages agent experience into a typed, evolving library, significantly improving performance on multi-step interactive tasks.

ResMerge: Residual-based Spectral Merging of Large Language Models

ResMerge proposes a residual-based spectral merging framework that improves the combination of multiple reinforcement learning (RL) expert models by stabilizing the aggregation process using a residual backbone.

Highlighted terms show continued research focus across papers

Papers

cs.CLRecentJun 1, 2026

Unified Context Evolution for LLM Agents

Zixuan Zhu, Yitong Hu, Yong Dai, Junfeng Fang +3 more

The paper introduces Unified Context Evolution (UCE), a gradient-free framework that externalizes and manages agent experience into a typed, evolving library, significantly improving performance on mu…

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cs.CLRecentJun 1, 2026

ResMerge: Residual-based Spectral Merging of Large Language Models

Yandu Sun, Zhiyan Hou, Haokai Ma, Yuheng Jia +5 more

ResMerge proposes a residual-based spectral merging framework that improves the combination of multiple reinforcement learning (RL) expert models by stabilizing the aggregation process using a residua…

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cs.AIRecentMay 30, 2026

TRACE: Trajectory Risk-Aware Compression for Long-Horizon Agent Safety

Zhepei Hong, Lin Wang, Liting Li, Haokai Ma +4 more

The paper proposes TRACE, a trajectory risk-aware compression method, to effectively aggregate sparse and delayed safety evidence across long agent trajectories, achieving state-of-the-art performance…

View →