Matrix and Tensor Completion for Background Model Initialization
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Updated
Mar 12, 2021 - MATLAB
Matrix and Tensor Completion for Background Model Initialization
Python Package for Tensor Completion Algorithms
A collection of tensor completion algorithms
MATLAB code for the coarray tensor completion-based 2-D DOA estimation algorithm
Python code and data for "Deep Unrolled Low-Rank Tensor Completion for High Dynamic Range Imaging"
This project aims to realize the tensor completion algorithms via tensor ring decomposition.
Laplacian-enhanced tensor learning for large-scale spatiotemporal traffic data kriging (estimation)
KDD2021: Code for MTC algorithm. We use coarse granular data and partially observed data to (low-rank) recover the fine granular data.
T-product factorization based method for matrix and tensor completion problems
Python code for "Deep Unfolding Tensor Rank Minimization with Generalized Detail Injection for Pansharpening"
My graduate research on low-rank matrix and tensor completion, and maximum volume algorithms for finding dominant submatrices.
Low-rank tensor recovery via non-convex regularization, structured factorization and spatio-temporal characteristics
Python code and data for "Attention-Guided Low-Rank Tensor Completion"
Implements the code from the publication A distributed proximal gradient descent methods for tensor completion
Nonconvex Optimization for Third Order Tensor Completion Under Wavelet Transform
Tensor Factorization Based Method for Tensor Completion with Spatio-Temporal Characterization
Master's coursework project on Advanced Machine Learning at HCMUS: Tensor Networks and Their Applications
Implementation of tensor network algorithms for completion of sparsely sampled quantum states
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