linear algebra for tensors with symbolic and numeric scalars
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Nov 19, 2019 - Java
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tensor-library
Here are 20 public repositories matching this topic...
C++ Header-Only Library for High-Performance Tensor-Vector Multiplication
fast c-plus-plus high-performance arrays blas tensor tensor-contraction multidimensional tensor-library multilinear-algebra tensor-vector-multiplications tensor-times-vector tensor-vector-multiplication
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Nov 2, 2025 - C++
Tensor library for c++
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Sep 5, 2019 - C++
Header only lazy evaluation tensor math library with multi-backend parallel eager execution support (TBB, OpenMP, Parallel STL and in the future CUDA and OpenCL)
opencl openmp parallel-computing cuda lazy-evaluation tbb matrix-library tensor-library eager-execution
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Oct 31, 2020 - C++
A Tensor Library written in C++.
python deep-learning neural-network cpp gpu automatic-differentiation cuda ml pytorch autograd artificial-intelligence scientific-computing tensor computing neural differentiation autodiff tensor-library hazel-lang
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Oct 6, 2021 - C++
A transformer-focused deep learning framework written from scratch in C/, featuring tensors, autograd, custom memory arenas, and full forward/backward passes
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Jun 8, 2026 - C
A lightweight, industrial-grade tensor computation framework for signal processing and GPU acceleration.
python machine-learning framework lua deep-learning cpp hpc julia signal-processing linear-algebra cuda luajit fft gpu-computing tensor-library numerical-computing industrial-grade array-computing
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Jun 9, 2026 - C++
A collection of single-header libraries for building machine learning models in C
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Feb 12, 2026 - C
🚀 Mini-Framework de Deep Learning desarrollado en C++/CUDA con bindings de Python. Incluye Autograd dinámico, capas modulares (nn) y soporte nativo para GPU.
machine-learning deep-learning cpp cuda autograd artificial-intelligence python-bindings neural-networks gpu-acceleration tensor-library
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Mar 18, 2026 - Cuda
A hands-on learning project for building the core systems behind Large Language Models using C++, Rust, and optional Python/JavaScript bindings. Includes tensor operations, autograd, neural networks, tokenization, and a minimal transformer pipeline.
machine-learning cpp cuda wasm transformers autograd high-performance-computing c-language tokenization pybind11 inference-engine educational-project tensor-library neural-networks-from-scratch ai-systems
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Jun 2, 2026 - C++
Fast, memory-safe tensor library for Python powered by a high-performance Rust core.
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Apr 16, 2026 - Rust
C++/CUDA from-scratch tensor library inspired by ATen/PyTorch with broadcasting, type promotion, and multi-backend dispatch.
machine-learning cpp cuda broadcasting educational gpu-computing from-scratch aten tensor-library dispatch-system numerical-computing pytorch-internals type-promotion
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Apr 17, 2026 - C++
Implementation of Torch in c++
machine-learning deep-learning neural-network cpp autograd cpp-library deep-learning-framework tensor-library pytorch-implementation
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Mar 24, 2025 - C++
[WIP] a tiny inference only tensor library.
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Mar 7, 2024 - Rust
Nyx is a compiled programming language that demonstrates advanced compiler construction techniques. It features a complete toolchain including lexer, parser, AST, semantic analysis, and bytecode virtual machine.
optimization numpy automatic-differentiation transformers autograd neural-networks gpu-acceleration backpropagation cupy deep-learning-framework tensor-library multi-head-attention computational-graph
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Apr 7, 2026 - Rust
A high-performance, C-native tensor and machine learning library for building neural networks and advanced ML models with Python-like flexibility.
c machine-learning deep-learning high-performance linear-algebra scientific-computing neural-networks ml-library tensor-library
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Jan 26, 2026 - C
numpy written in python from scratch | moved to delveopers/Axon
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Jan 28, 2025 - Python
A lightweight multi-dimensional tensor library written in C, designed for numerical and linear algebra operations in small-scale projects. It provides a simple API for creating, managing, and accessing N-dimensional arrays with stride-based memory layout.
linear-algebra mathematics matrix-library c-programming tensor-library tensor-operations numerical-computing
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May 15, 2026 - C
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