TokenFlow: Responsive LLM Text Streaming Serving under Request Burst via Preemptive Scheduling
EuroSys 2026
I am a master's student in Computer Science at Shanghai Jiao Tong University, advised by Prof. Fan Wu and Prof. Shengzhong Liu in NNE-Lab.
My research focuses on efficient AI, LLM post-training and inference, reinforcement learning systems, and machine learning systems.
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EuroSys 2026
ACL 2025 Oral · 218/1,699 (12.8%) 🏆 Outstanding Paper · Top 2.5%
EuroSys 2026
ACL 2025 Oral · 218/1,699 (12.8%) 🏆 Outstanding Paper · Top 2.5%
A Python-based LLM inference and serving framework for high-throughput, low-latency deployment, with distributed serving and an efficient runtime architecture.
An asynchronous reinforcement learning engine for omni-modal post-training at scale, with service-oriented orchestration and decoupled training and inference built on Ray Serve, Megatron-LM, and SGLang.
Invited talk: “Cloud–Edge Collaborative Inference Acceleration for Large Language Models” (大语言模型端云协同推理加速方案), at the Kunpeng Ascend Developer Conference 2025 in Beijing.
Presented Pre³ and discussed how deterministic pushdown automata enable faster structured LLM generation.
M.S. in Computer Science · NNE-Lab
Advised by Prof. Fan Wu and Prof. Shengzhong Liu. GPA: 3.95/4.0.
B.S. in Computer Science · Shen Yuan Honors College
Top 5% honors program. GPA: 3.92/4.0; rank: 1/50.
Research Intern · Large Model Systems and Toolchain Team
Designed buffer-aware preemptive scheduling for responsive LLM serving, developed grammar-constrained structured decoding, and explored confidence-based dynamic speculative decoding for multi-token prediction.