Built with and by Teycir Ben Soltane•
How to Use•FAQ•GitHub•arXiv.org•
Share:
ArXivCSExplorer
☆☆Bookmarks🏆RSSHow to UseFAQ
Home/Authors/Yongkun Li

Yongkun Li

3 indexed papers

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

Publications per year

3
26

Top categories

OS×2Distributed×1

Frequent co-authors

Shuheng Gao2×
Fan Guo1×
Ziye Yue1×
Yinlong Xu1×
John C. S. Lui1×
Yuankai Fan1×

Research Timeline

2026
LUMEN: Coordinated Failure Recovery for Distributed LLM Serving

This paper presents LUMEN, a fault-tolerant LLM serving system that improves serving and recovery times by treating recovery as a load-aware coordination problem.

gKSM: GPU Memory Deduplication at Driver Layer for Serverless LLM Inference

gKSM is a transparent GPU memory deduplication framework for serverless LLM inference that reduces GPU memory usage and improves throughput.

Visual Cache Reuse for Efficient Multimodal Inference

VisMemo is a serving system that enables approximate KV cache reuse for modern vision-language models to reduce prefill latency and memory overhead.

Highlighted terms show continued research focus across papers

Papers

cs.OSEmpiricalRecentOct 18, 2026

gKSM: GPU Memory Deduplication at Driver Layer for Serverless LLM Inference

Shuheng Gao, Fan Guo, Yongkun Li, Ziye Yue +2 more

gKSM is a transparent GPU memory deduplication framework for serverless LLM inference that reduces GPU memory usage and improves throughput.

View →
cs.OSEmpiricalRecent
Oct 18, 2026

Visual Cache Reuse for Efficient Multimodal Inference

Shuheng Gao, Yuankai Fan, Jiaqiang Ma, Jiawei Shao +2 more

VisMemo is a serving system that enables approximate KV cache reuse for modern vision-language models to reduce prefill latency and memory overhead.

View →
cs.DCEmpiricalRecentJun 16, 2026

LUMEN: Coordinated Failure Recovery for Distributed LLM Serving

Zhang Cao, Shujie Han, Juncheng Zhang, Yuanming Ren +2 more

This paper presents LUMEN, a fault-tolerant LLM serving system that improves serving and recovery times by treating recovery as a load-aware coordination problem.

View →