✨ The fundamental numerical library for JavaScript and TypeScript. ✨ ⭐️ Star to support our work!
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Nov 12, 2026 - JavaScript
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✨ The fundamental numerical library for JavaScript and TypeScript. ✨ ⭐️ Star to support our work!
nodejs javascript science library node statistics typescript utilities js math utils stdlib mathematics standard scientific-computing stats scientific node-js numerical numerical-computing
High-performance C++ tensor library with NumPy/PyTorch-like API
machine-learning deep-learning metal cross-platform cpp hpc gpu numpy linear-algebra pytorch simd scientific-computing blas tensor cpp20 numerical-computing apple-silicon einops
Scientific computing with Perl
matlab pro windows install — MATLAB Pro for Windows 11 & 10. Installer steps in README, setup order, and a short Windows desktop guide.
download matlab scientific-computing data-analysis simulink technical-computing windows-11 windows-software numerical-computing engineering-software plotting-tools complete-version full-installer matlab-pro matlab-windows-install
Standards-oriented <cmath> implementation with constexpr, runtime, and SIMD support. All written in modern C++17.
cross-platform trigonometry cpp constexpr simd special-functions header-only cpp17 cmath compile-time floating-point ieee-754 libm cpp20 cpp23 numerical-computing correctly-rounded
High-accuracy SIMD sin/cos/sincos library in C with AVX2, AVX-512, and NEON support. Full-range reduction. Fast at scale. Portable by design.
trigonometry signal-processing neon x86-64 simd scientific-computing high-performance-computing avx2 low-level math-library physics-simulation aarch64 avx512 c-library portable-code numerical-computing vectorized-simd-optimizations ai-acceleration cpu-optimization math-optimization
N-dimensional / multi-dimensional arrays (tensors) in Scala 3. Think NumPy ndarray / PyTorch Tensor but type-safe over shapes, array/axis labels & numeric data types
machine-learning scala numpy matrix neural-networks ndarray tensor dotty scala3 multi-dimensional-array numerical-computing scala-3 array-programming named-tensor shape-safety n-dimensional-array
Computer Science PDF notes
information-retrieval algorithms linear-algebra artificial-intelligence data-structures object-oriented-programming discrete-structures probability-statistics numerical-computing theory-of-automata
Numerical computing framework for finite metric spaces in C++ and Python.
python algorithms cpp mathematical-computing numerical-computing metric-space ai-foundations finite-metric-spaces deep-data-engineering
Java Scientific Computing Library - Signal Processing, FFT, Filters, PSD, DCT, SciPy-like APIs for JVM & Android used in Machine Learning and Data Science.
android python java data-science machine-learning interpolation signal-processing dsp scientific-computing scipy fft resample savitzky-golay cubic-splines hilbert-transform chebyshev-filter numerical-computing scipy-signal findpeaks
Learn matrix-matrix multiplication optimization in C++ through progressively optimized DGEMM implementations, from naïve algorithms to AVX-512 and blocked kernels.
education benchmark performance algorithms cpp hpc optimization linear-algebra simd matrix-multiplication high-performance-computing intrinsics avx2 computer-architecture avx512 dgemm loop-unrolling cache-optimization numerical-computing cache-blocking
Quiver is a pure Swift framework for statistics, linear algebra, and machine learning.
swift swift-library engineering data-science machine-learning statistics xcode numpy sklearn linear-algebra pandas vectors ios-development swiftui pandas-python numerical-computing vector-database
Scientific-grade numerical computing library in pure C99 for embedded systems, ESP32, ARM Cortex-M, RISC-V and beyond. Zero dependencies, zero dynamic allocation.
iot signal-processing dsp esp32 linear-algebra c99 mathematics embedded-systems scientific-computing fft fixed-point no-dependencies post-quantum-cryptography bare-metal ntt kyber numerical-computing arm-cortex-m lattice-cryptography
Memory-safe clean-room Rust reimplementation of NumPy with strict/hardened compatibility modes, deterministic stride calculus, differential conformance harnesses, and RaptorQ durability artifacts.
rust numpy broadcasting scientific-computing memory-safety ndarray raptorq clean-room numerical-computing array-programming conformance-testing ufunc
Educational course teaching fixed-point arithmetic from first principles. Strict C99, no dependencies, MIT licensed.
tutorial signal-processing dsp c99 embedded-systems educational fixed-point deterministic safety-critical numerical-computing fixed-point-arithmetic q-format
C11 FFT library for Linux, macOS and Windows: ten FFT kernels including AVX2, OpenMP and split-radix, thread-safe planning and wisdom, r2c/c2r and 2-D transforms, benchmarks, and opt-in CUDA and Metal GPU backends.
cmake metal dft gpu signal-processing openmp cuda scientific-computing high-performance-computing fast-fourier-transform avx2 fft digital-signal-processing c11 radix-4 c-programming numerical-computing apple-silicon split-radix wisdom-cache
A focused resource for mastering NumPy, featuring practice problems, code examples, and interview-oriented numerical computing techniques in Python. Covers array operations, linear algebra, and performance optimization for data science interviews.
python data-science numpy linear-algebra coding-exercises interview-preparation array-operation numerical-computing
This repository contains my MATLAB-based academic practice work developed across multiple undergraduate semesters. It includes numerical, mathematical, and computational programs written as part of various engineering coursework and is continuously updated as new topics are covered.
A java package for nd-array calculations
Clean-room Rust reimplementation of JAX transform semantics (jit, grad, vmap) with canonical JAXPR-like IR, Trace Transform Ledger, deterministic cache keys, and differential conformance harness
rust machine-learning compiler automatic-differentiation intermediate-representation differential-testing jax clean-room numerical-computing transform-composition
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