About

《cong.yu》

Other Pages

你好,我是余聪 👋

移动机器人算法工程师,对机器人、代码与数学有持续的热情。


关于我

  • 🤖 专注于移动机器人领域,主要方向:SLAM、状态估计、路径规划
  • 💻 日常使用 C++,熟悉多线程并发、性能优化
  • 📷 对计算机视觉(OpenCV、相机标定、位姿估计)有一定积累
  • 📐 喜欢数学,关注凸优化、最小二乘、贝叶斯滤波等理论
  • 🐧 Linux 重度用户,喜欢折腾 shell 工具链(tmux / zsh / vim)

技术方向

领域 关键词
SLAM & 状态估计 Cartographer, Kalman Filter, EKF, MSCKF, Bundle Adjustment
数学与优化 凸优化, 最小二乘, 梯度下降, 牛顿法, LBFGS
三维几何 旋转矩阵, 四元数, 欧拉角, 轴角, 李群
C++ 并发编程, 智能指针, STL, Effective C++, 内存优化
计算机视觉 OpenCV, 相机标定, 位姿估计, 目标跟踪
工具链 Linux, Docker, CMake, Git, GTest, GLog

这个博客

这里是我的技术笔记站,记录学习过程中的思考与总结。
内容以移动机器人C++ 编程数学与算法为主。

纸上得来终觉浅,绝知此事要躬行。


联系我

Hi, I’m Yu Cong 👋

Mobile Robotics Algorithm Engineer with a passion for robots, code, and mathematics.


About Me

  • 🤖 Focused on mobile robotics: SLAM, state estimation, path planning
  • 💻 Daily driver: C++, with experience in concurrency and performance optimization
  • 📷 Computer vision background: OpenCV, camera calibration, pose estimation
  • 📐 Math enthusiast: convex optimization, least squares, Bayesian filtering
  • 🐧 Linux power user — tmux / zsh / vim all day

Technical Stack

Domain Keywords
SLAM & State Estimation Cartographer, Kalman Filter, EKF, MSCKF, Bundle Adjustment
Math & Optimization Convex Optimization, Least Squares, Gradient Descent, Newton’s Method, LBFGS
3D Geometry Rotation Matrix, Quaternion, Euler Angles, Axis-Angle, Lie Group
C++ Concurrency, Smart Pointers, STL, Effective C++, Memory Optimization
Computer Vision OpenCV, Camera Calibration, Pose Estimation, Object Tracking
Toolchain Linux, Docker, CMake, Git, GTest, GLog

This Blog

A personal tech notes site where I document my learning journey.
Topics revolve around mobile robotics, C++ programming, and math & algorithms.

Knowledge from books is shallow; to truly understand, you must practice.


Contact