Semi-supervised learning framework based on statistical analysis for image set classification

作者:

Highlights:

• We propose a semi-supervised learning method to solve image set classification based on statistical Gaussian manifold from the perspective of Lie Group.

• We derive two new positive definite manifold kernels to capture the structure information of Gaussians based on Lie group isomorphisms.

• We adopt manifold distance metric to construct a “fully trusted” graph structure.

• We derive data dependent probabilistic manifold kernel to strongly reflect the underlying connection relationships between the training and query Gaussian manifold components.

• We propose a new kernel fuzzy discriminant framework to facilitate robust classification.

摘要

•We propose a semi-supervised learning method to solve image set classification based on statistical Gaussian manifold from the perspective of Lie Group.•We derive two new positive definite manifold kernels to capture the structure information of Gaussians based on Lie group isomorphisms.•We adopt manifold distance metric to construct a “fully trusted” graph structure.•We derive data dependent probabilistic manifold kernel to strongly reflect the underlying connection relationships between the training and query Gaussian manifold components.•We propose a new kernel fuzzy discriminant framework to facilitate robust classification.

论文关键词:Semi-supervised learning,Data dependent kernel,Gaussian descriptor,Image set classification,Fuzzy discriminant analysis

论文评审过程:Received 26 April 2019, Revised 6 December 2019, Accepted 12 June 2020, Available online 13 June 2020, Version of Record 18 June 2020.

论文官网地址:https://doi.org/10.1016/j.patcog.2020.107500