A Julia library for efficient tensor computations and tensor network calculations
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Updated
May 25, 2024 - Julia
A Julia library for efficient tensor computations and tensor network calculations
Tensor Train Toolbox
Tensor Network Learning with PyTorch
Provides compile-time contraction pattern analysis to determine optimal tensor operation to perform.
A template-based implementation of the Adaptive Linearized Tensor Order (ALTO) format for storing and processing sparse tensors.
💍 Efficient tensor decomposition-based filter pruning
A memory efficient finite-volume 6D Vlasov-Poisson code based on low-rank tensor approximations
Direct Exoplanet Imaging with Tensor Decompositions
Gradient-free optimization method for the multidimensional arrays and discretized multivariate functions based on the tensor train (TT) format.
Tensor Extraction of Latent Features (T-ELF). Within T-ELF's arsenal are non-negative matrix and tensor factorization solutions, equipped with automatic model determination (also known as the estimation of latent factors - rank) for accurate data modeling. Our software suite encompasses cutting-edge data pre-processing and post-processing modules.
LIANA x Tensor-cell2cell Protocols
A C++ library for efficient tensor network calculations
MultiHU-TD: Multifeature Hyperspectral Unmixing Based on Tensor Decomposition
TensorLy: Tensor Learning in Python.
Code for NePTuNe: Neural Powered Tucker Network for Knowledge Graph Completion
[IEEE TKDE 2023] A list of up-to-date papers on streaming tensor decomposition, tensor tracking, dynamic tensor analysis
A framework based on the tensor train decomposition for working with multivariate functions and multidimensional arrays
Visualization of Tensor Decompositions
Tensor-Train decomposition in pytorch
CP-APR Tensor Decomposition with PyTorch backend. pyCP_APR can perform non-negative Poisson Tensor Factorization on GPU, and includes an interface for anomaly detection using the extracted latent patterns.
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