torchtt
Welcome to torchTT
Installation guide
Overview
API reference
Examples
Getting Started
TT decomposition in torchtt
Basic linear algebra in torchTT
Linear Algebra & Solvers
AMEN and DMRG for fast TT operations
Linear solvers in the TT format
Cross Interpolation
Cross approximation in the TT format
Univariate Basis Functions: B-Splines
Gaussian Basis Functions
Neural Networks
Tensor Train layers for neural networks
Digit Recognition using Tensor Train (TT) Neural Networks
Deep TT Density demo
A physics-informed neural network for the Fokker-Planck equation
Advanced Topics
Automatic differentiation
TT Manifold and Riemannian Optimization
GPU acceleration
Bayesian Inversion with torchTT
torchtt
Examples
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torchTT development (main @ ff5a3fd)
Stable release
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Development (main)
Examples
This section contains Jupyter notebook tutorials demonstrating the usage of torchTT.
Getting Started
TT decomposition in torchtt
Basic linear algebra in torchTT
Linear Algebra & Solvers
AMEN and DMRG for fast TT operations
Linear solvers in the TT format
Cross Interpolation
Cross approximation in the TT format
Univariate Basis Functions: B-Splines
Gaussian Basis Functions
Neural Networks
Tensor Train layers for neural networks
Digit Recognition using Tensor Train (TT) Neural Networks
Deep TT Density demo
A physics-informed neural network for the Fokker-Planck equation
Advanced Topics
Automatic differentiation
TT Manifold and Riemannian Optimization
GPU acceleration
Bayesian Inversion with torchTT