- 🎓 I'm a Third year undergraduate student at SUN YAT-SEN UNIVERSITY. 🧱 My major is Intelligent Science and Technology.
- 💻 I am interested in machine learning, deep learning, artificial intelligence, virtualization development, and big data development.
- 📫 How to reach me:
- 🏡github-repo: ffengc-issue you can contact me by leaving issue in this repo
- 📮Email: yufc779@gmail.com
- 📚Blog in Github: Blog Page
- 🖊️Blog in CSDN: @背包
- 👤My Homepage: Fengcheng Yu
- 🎉🎉News🎉🎉
- ffengc/MIT6.824 - I'm currently learning this course, here is my logs and codes
- ffengc/Dual-Thread-Pool-Based-Pipeline-Communication-System-Framework - my new project is completed and opensource 🎉🎉
- ffengc/Google-tcmalloc-simulation-implementation - tcmalloc project learning logs (new project)🎉🎉
- Blog Page - my blog page is published🎉🎉
-
SYSU
- Shenzhen, Guangdong Province, China
-
11:06
(UTC +08:00) - https://ffengc.github.io
- https://ffengc.github.io/gh-blog/
- https://blog.csdn.net/Yu_Cblog
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Load-balanced-online-OJ-system
Load-balanced-online-OJ-system PublicImplement an online programming system similar to LeetCode. Multiple compilation service hosts (CR hosts) can be deployed in the background, and then oj_server service will load balance a large num…
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Dual-Thread-Pool-Based-Pipeline-Communication-System-Framework
Dual-Thread-Pool-Based-Pipeline-Communication-System-Framework PublicThis project implements a pipeline communication system framework based on dual thread pools from scratch, which is essentially communication between processes.
C++ 27
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Google-tcmalloc-simulation-implementation
Google-tcmalloc-simulation-implementation Public(still with bugs)一个取代malloc的高效方案-谷歌开源项目tcmalloc高并发内存池学习和模拟实现-本项目提取了Google-tcmalloc的精华部分,按照基本原理,模拟实现了一个支持高并发的内存池替代方案。经过测试和优化,性能在一定程度上优于malloc。
C++ 19
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Reactor-based-HyperWebServer
Reactor-based-HyperWebServer PublicA high-performance web server based on the multiplexer actor mode, with an underlying implementation using the epoll model
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Multiplexing-high-performance-IO-server
Multiplexing-high-performance-IO-server PublicHere are three types of high-performance IO servers, implemented through multiplexing. They are select, poll, and epoll, respectively.
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Simulation-and-Reproduction-of-Planning-Algorithm-Based-on-SLAM
Simulation-and-Reproduction-of-Planning-Algorithm-Based-on-SLAM Public基于SLAM的规划算法仿真复现
Python 3
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