Xueqi Ma

Greetings! My name is Xueqi Sebastian Ma.

I am currently advancing through my second year of a PhD program at Shenzhen University, under the supervision of Prof. Hui Huang, with a focus on Computer Graphics. My journey in this field is driven by a passion for innovation and a commitment to excellence.

If you share an interest in computer graphics, I would be delighted to hear from you. Feel free to reach out to me at qixuemaa@gmail.com for any academic discussions.

I eagerly anticipate engaging in discussions with fellow enthusiasts and professionals in the field!

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Research

I am interested in Computer Graphics, Computer Vision, and Generative Models, particularly in the processing of 3D point clouds and the structural reconstruction and generation of 3D models.

GenUDC: High Quality 3D Mesh Generation With Unsigned Dual Contouring Representation
Ruowei Wang, Jiaqi Li, Dan Zeng, Xueqi Ma, Zixiang Xu, Jianwei Zhang, Qijun Zhao,
ACM MM, 2024

3D generative models aim to create detailed and realistic meshes, but current methods face memory and surface realism issues. The GenUDC framework solves these problems using Unsigned Dual Contouring (UDC) for mesh representation.

Generating 3D House Wireframes with Semantics
Xueqi Ma, Yilin Liu, Wenjun Zhou, Ruowei Wang, Hui Huang*
ECCV, 2024
project page

We present a new approach for generating 3D house wireframes with semantic enrichment using an autoregressive model. Unlike conventional generative models that independently process vertices, edges, and faces, our approach employs a unified wire-based representation for improved coherence in learning 3D wireframe structures.

Road Network Extraction of 3D Point Cloud Scene Based on L1-medial Extraction and Flexible Constraints
Xueqi Ma, Pengdi Huang, Hui Huang*
Journal of Computer-Aided Design and Computer Graphics, 2023

This study introduces a method for extracting 3D road network structures from large-scale point cloud scenes, addressing challenges by utilizing L1 medial axis extraction and applying flexible constraints.


I got this great website here.