Education

• 2016/08-2022/07: Ph.D in Computer Science, Tsinghua University (Supervisor: Bin Liu)
• 2015/06-2015/09: Internship in Computer Science, University of Victoria (Supervisor: Jianping Pan, Fei Tong)
• 2012/08-2016/07: B.S. in Communication Engineering, Northwestern Polytechnical University (Advisor: Ding Wang)

Work experience

• 2025/03~Now: Assoc. Res. in School of Cyber Science and Engineering, Southeast University (Manager: Tao Huang)
• 2022/07~2025/02: Sr. Res. in Innovation Center, China Mobile (Suzhou) Software Technology (Manager: Ling Qian)

Publications

DeFlow: Differential flowlet switching for load balancing in datacenter networks

Accelerating Mega-Scale Satellite Network Simulation in NS-3 via MPI-based Parallelization

HyperSFC: State-Intensive Service Function Chaining on Hyper-Converged Edge Infrastructure

OBMA: Scalable Route Lookups with Fast and Zero-interrupt Updates

Multi-Stage Flow Table Caching: From Theory to Algorithm

FlowBench: A Flexible Flow Table Benchmark for Comprehensive Algorithm Evaluation

CoLUE: Collaborative TCAM Update in SDN Switches

BubbleTCAM: Bubble Reservation in SDN Switches for Fast TCAM Update

Enabling In-situ Programmability in Network Data Plane: From Architecture to Language

GreedyJump: A Fast TCAM Update Algorithms

T-Cache: Efficient Policy-Based Forwarding Using Small TCAM

MagicTCAM: A Multiple-TCAM Scheme for Fast TCAM Update

FastUp: Fast TCAM Update for SDN Switches in Datacenter Networks

Adaptive Batch Update in TCAM: How Collective Optimization Beats Individual Ones

PBC: Effective Prefix Caching for Fast Name Lookups

FastUp: Compute a Better TCAM Update Scheme in Less Time for SDN Switches

T-cache: Dependency-free Ternary Rule Cache for Policy-based Forwarding

P3R: Realizing Robust Routing for VANET Using Trajectory Prediction and Crossroad Recognition

OBMA: Minimizing bitmap data structure with fast and uninterrupted update processing

Ultra-fast Bloom filters using SIMD techniques

Ultra-Fast Bloom Filters using SIMD techniques

A Probabilistic Distance-Based Modeling and Analysis for Cellular Networks With Underlaying Device-to-Device Communications

Teaching

TBD-2

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