Kan Zhu 朱侃

Kan Zhu 朱侃

PhD Student (Computer Science)

University of Washington

Biography

I am Kan Zhu, a fourth year PhD student at University of Washington’s Paul G. Allen School of Computer Science and Engineering, co-advised by Baris Kasikci and Arvind Krishnamurthy.

I build systems that make large language model (LLM) inference faster and cheaper. My work spans the inference stack: at the algorithm level, I reduce computation and memory traffic with sparse attention and low-bit quantization; at the engine level, I design serving systems and schedulers that make full use of GPU and CPU resources. I am now extending this work to agentic AI systems, whose multi-step, tool-using workloads change how inference engines should schedule requests and reuse computation.

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Interests
  • Agentic AI Systems
  • LLM Inference Engines
  • Sparse Attention & Quantization
  • Scheduling for LLM Serving
Education
  • Ph.D. in Computer Science and Engineering, 2023 - Present

    University of Washington

  • B.S. Computer Engineering, 2021 - 2023

    University of Michigan

  • B.S. Electrical and Computer Engineering, 2019 - 2021 (transfer to UM)

    Shanghai Jiao Tong University

Projects

ServingStudio
Simulate, understand, and optimize LLM serving. ServingStudio compares serving configurations using performance models grounded in real GPU measurements, then lets an agent build and validate the strongest candidates in real serving frameworks.
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ServingStudio
TraceLab
Real-world coding agent traces collected from Claude Code and Codex, capturing multi-step agent sessions, LLM requests, tool calls, cache behavior, latency distributions, and workload characteristics for studying agentic AI systems. Integrated into NVIDIA AIPerf for trace replay.
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TraceLab
NanoFlow
A throughput-oriented LLM serving framework that exploits intra-device parallelism, overlapping compute, memory, and network operations within a single GPU (OSDI 2025). Its asynchronous scheduling is adopted in SGLang, and similar overlapping designs now appear in most mainstream serving engines.
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NanoFlow

Awards

Allen School Computer Science & Engineering Research Fellowship
ACM Student Research Competition 1st Place Award
Dean’s Honor List
SJTU Undergraduate Excellence Scholarship

Experience

  1. NVIDIA

    Jun 2025 – Mar 2026
    Intern
    • Enhanced the performance of Megatron-inference on Blackwell GPUs.
    • Improved the model weight resharding performance for Megatron-RL.
  2. ByteDance

    Feb 2025 – May 2025
    Intern
    • Explored efficient scheduling for mixed-SLO workloads in large-scale serving.