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yixnhuang/README.md

Hi, I'm Yixuan Huang

Website | Email | Google Scholar | X | LinkedIn

I am an incoming M.S. student in Robotics at the University of Michigan, beginning in Fall 2026.

My interests focus on task and motion planning for multi-robot systems and robotic manipulation. I am particularly interested in combining model-based planning and optimization with learning-based methods to improve decision-making under uncertainty and support reliable deployment in physical environments.

About This GitHub

I use GitHub to maintain research implementations, experimental code, academic tools, engineering projects, and selected personal work. Repository maturity varies: some projects are actively maintained, while others are preserved as research prototypes or technical archives.

Each repository should be evaluated through its own README, documentation, status, and license. A public repository is not necessarily open source unless its license explicitly grants those rights.

For project-specific questions, please use the corresponding repository's Issues. For academic communication or research-related inquiries, contact me at yixhuang@umich.edu. A more complete introduction, research background, CV, and project context will be maintained on my personal website.


© 2024–2026 Yixuan Huang. All rights reserved.

This profile README and its personal content are provided for viewing only. They may not be copied, republished, redistributed, used for impersonation, or incorporated into datasets or automated model-development workflows without permission.

Source code, datasets, templates, and other materials in individual repositories are governed by the license or terms provided in each repository.

Copyright & Usage Rights

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  1. vectra vectra Public template

    A source-available LaTeX CV and résumé system with modular content, reproducible examples, and extensive documentation.

    TeX 2

  2. zhthesis zhthesis Public template

    A customizable LaTeX framework for Chinese academic theses with bilingual abstracts, bibliography support, and Overleaf compatibility.

    TeX 3

  3. cuepiac2023 cuepiac2023 Public

    First Prize CUEPIAC 2023 autonomous-driving simulation project covering perception, planning, and vehicle control.

    C++

  4. multiview-recon multiview-recon Public

    A lightweight COLMAP-based toolkit for preparing image collections, running multi-view reconstruction, and inspecting 3D results.

    Python

  5. visrecon visrecon Public

    A research toolkit for RGB-D capture, multi-view dataset preparation, COLMAP reconstruction, and 3D result inspection.

    Python

  6. histo-classifier histo-classifier Public

    PyTorch experiments for PathMNIST classification and MNIST knowledge distillation using compact CNNs and ResNet18.

    Python