Hi, I am yuke :)

I am currently pursuing my master’s degree at Fudan University under the supervision of Professor Yang Chen. Prior to this, I earned my Bachelor’s degree from the School of Computer Science and Technology at Dalian University of Technology in 2020.

Following my graduation, from June 2020 to June 2022, I served as an embedded software development engineer in TP-LINK’s Consumer Electronics R&D Department. During my time there, I was responsible for the development and maintenance of the TP-LINK NVR-1008H (Network Video Recorder) device, as well as the establishment of the TP-LINK robot operating system platform.

Since September 2022, I have been involved in research at the School of Computer Science at Fudan University, with a focus on network systems. In June to August 2024, I went to Max Planck Institute for Informatics in Germany, where I joined the Network and Cloud Systems group led by Professor Yiting Xia as a research intern. During this period, I implemented a high-precision time synchronization protocol on an FPGA-based Smart NIC.

I have a broad range of research interests, primarily focused on distributed and network systems, including network protocols and architectures, network measurement and simulation, as well as Networks for AI.

📄 Publications

Sensys 2024 - ACM Conference on Embedded Networked Sensor Systems, Hangzhou, China, 2024

Demo: CTSim: A Scalable and Flexible Cybertwin Network Simulator for Internet of Things Scenarios.

Yuke Ma, Shihan Lin, Yang Chen*, Jun Wu

ICC 2023 - IEEE International Conference on Communications, Rome, Italy, 2023

SocialCache: A Pervasive Social-Aware Caching Strategy for Self-Operated Content Delivery Networks of Online Social Networks.

Tiancheng Guo, Yuke Ma, Mengying Zhou, Xin Wang, Jun Wu, Yang Chen.

Information, 2022, Volume 13

DNS Request Log Analysis of Universities in Shanghai: A CDN Service Provider’s Perspective (mdpi.com)

Zhiyang Sun, Tiancheng Guo, Shiyu Luo, Yingqiu Zhuang, Yuke Ma, Yang Chen, Xin Wang.

🎓 Research Intern

Research Intern (June.2024 - Aug. 2024)

Max Planck Institute for Informatics
Network and Cloud Systems

🎓 Education

Graduate Student of Computer Science (Sep.2022 - now)

Fudan University
School of Computer Science Fudan University

Undergraduate Student of Computer Science and Technology (Japanese Intensive) (Sep. 2015 - Jun. 2020)

Dalian University of Technology
School of Computer Science and technology

💼 Employment

Embedded Software Engineer, TP-Link Technologies Co., Ltd. (Jul.2020 - Jun. 2022)

Consumer Electronics R&D Department, Intelligent Security Equipment Group (2020-2021)
Consumer Electronics R&D Department, Robotics Group (2021-2022)

🏆 Honors and Awards

Fudan University Academic Excellence Scholarship, First Class, 2023
Fudan University Graduate Freshman Scholarship, 2022
National Inspirational Scholarship, 2019
Dalian University of Technology Excellent Scholarship, 2018

🛠️ Skills

Programming Languages: C/C++, Python, Shell, Go, Verilog

I have more than three years of experience building large software systems using C/C++, so I am proficient in both C/C++ and shell scripting languages. I have also used Python for network measurement and simulation, as well as Go for cloud-native development. Additionally, I have experience with Verilog for FPGA development.

Operating Systems: Linux, Docker, Kubernetes

I have two years of experience in embedded software engineering, during which I was responsible for Linux system porting and build processes, as well as advanced programming and project construction in the Linux environment. I have also used Docker and Kubernetes for cloud-native development.

Network Tools and Projects: network simulator-3 (ns-3), zmap, tcpdump, libp2p, IPFS

I am using ns-3 to build a simulation platform for future Internet architectures. As a result, I have more than two years of experience of using ns-3. Since it's design follows the specifications of the Linux network protocol stack, I also have a good understanding of Linux kernel networking subsystems. Additionally, I integrated an MPTCP protocol scanning module into the zmap tool, enabling me to scan and measure the entire IPv4 address space for MPTCP servers. This experience has provided me with a solid understanding of the libpcap library, which is at the core of zmap and tcpdump.

I am currently very interested in IPFS, particularly its core library, libp2p, and I am conducting research related to it.

Languages: English (Fluent), Japanese (Intermediate)

I can speak English (CET-6 score of 555) and Japanese (JLPT N2 level).