Research Interests
I'm interested in neural fields for surface reconstruction, geometric deep learning for 3D Vision+Graphics, self-supervised learning, computational geometry.
|
|
Mesh Convolution with Continuous Filters for 3D Surface Parsing
Huan Lei,
Naveed Akhtar,
Mubarak Shah,
Ajmal Mian.
TNNLS, 2023. Project/Code/Bibtex
Picasso and PicassoNet++ for deep learning over heterogeneous 3D meshes. We formulate the continuous filters for mesh convolution using spherical harmonics as orthonormal basis.
|
|
CircNet: Meshing 3D Point Clouds with Circumcenter Detection
Huan Lei,
Ruitao Leng,
Liang Zheng,
Hongdong Li.
ICLR, 2023. Project/Code/Bibtex
By exploiting the duality between a triangle and its circumcenter, we propose to triangulates 3D point clouds
into manifold meshes using a graph neural network, named CircNet. The network detects circumcenters and recovers vertex triplets
of each triangle face, reconstructing a primitive mesh. Standard post-processing is then applied to convert the primitive mesh
into a manifold surface.
|
|
Picasso: A CUDA-based Library for Deep Learning over 3D Meshes
Huan Lei,
Naveed Akhtar,
Ajmal Mian.
CVPR 2021. Project/Code/Bibtex
The preliminary Picasso for geometric deep learning over 3D meshes. Please refer to our TNNLS2023 work for the latest Pytorch codes.
|
|
SegGCN: Efficient 3D Point Cloud Segmentation with Fuzzy Spherical Kernel
Huan LEI,
Naveed Akhtar,
Ajmal Mian.
CVPR 2020. Code/Bibtex
Fuzzy modelling makes convolutions robust to varying densities of point clouds.
|
|
Spherical Kernel for Efficient Graph Convolution on 3D Point Clouds
Huan Lei,
Naveed Akhtar,
Ajmal Mian.
TPAMI, Mar 2020. Code/Bibtex
|
|
Octree guided CNN with Spherical Kernels for 3D Point Clouds
Huan Lei,
Naveed Akhtar,
Ajmal Mian.
CVPR 2019. Bibtex
|
|
Geometric Deep Learning for 3D Data
Huan Lei. PhD Thesis, Nov 2021.
|
Professional service
Reviewer for CVPR, TPAMI, TNNLS, TIP.
|
|