Mini Stereo Visual Odometry
A from-scratch stereo visual odometry system in C++ using the KITTI odometry dataset. Implements feature extraction, stereo matching, and pose estimation without relying on high-level VO libraries.
Hello, I'm
Student @ Dept. of Automation, Tsinghua University
Image Processing · Computer Vision · 3D Reconstruction · SLAM
I'm a student in the Department of Automation at Tsinghua University, with a focus on image processing, computer vision, and 3D scene understanding. I enjoy building things from scratch — from stereo visual odometry pipelines in C++ to 3D scene reconstruction with Gaussian Splatting.
My work lives at the intersection of classical geometric algorithms and modern deep learning, and I care deeply about clean, well-structured code that actually runs fast. I'm currently exploring optimization techniques and point cloud processing.
Technologies I work with
Some things I've built
A from-scratch stereo visual odometry system in C++ using the KITTI odometry dataset. Implements feature extraction, stereo matching, and pose estimation without relying on high-level VO libraries.
Extends 3D Gaussian Splatting for outdoor scene reconstruction with a sky-sampling algorithm and sky masking that fix the well-known sky "collapse" artifact. Course project at Tsinghua University.
A fingerprint recognition system built from scratch using C++, CMake, and OpenCV. Implements preprocessing, minutiae extraction, and matching pipelines without relying on biometric SDKs.
I'm always open to new opportunities, collaborations, or just a friendly chat. My inbox is open!
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