Extending Level 2 and Level 3 BLAS routines for linear algebra
Contributor: Kaustubh Patange
This project aims to resolve Issue add blas bindings and implementations for linear algebra by systematically adding the missing Level 1, 2, and 3...
The fundamental numerical library for JavaScript
Contributor: Kaustubh Patange
This project aims to resolve Issue add blas bindings and implementations for linear algebra by systematically adding the missing Level 1, 2, and 3...
Contributor: Nakul Krishnakumar
This project aims to implement machine learning algorithms in JavaScript and C within stdlib, laying the foundation for a broader ecosystem of...
Contributor: Prajjwal Bajpai
This project adds LAPACK bindings and JavaScript implementations for singular value decomposition in stdlib, with the main focus on the dgesvd...
Contributor: Pratik Bhagwat
This proposal aims to strengthen stdlib’s linear algebra capabilities by implementing LAPACK-based solve routines for structured matrix formats such...
Contributor: Sachin Pangal
This project aims to extend the plot module by implementing the missing building blocks needed for end-to-end chart creation. The work will focus on...
Contributor: Aayush Khanna
The goal of this project is to develop JavaScript implementations of LAPACK (Linear Algebra Package) routines. Each implementation will provide both...
Contributor: Gururaj Gurram
This project aims to enhance the stats routines in stdlib by introducing convenience array wrappers for all 1D strided APIs, simplifying access to...
Contributor: Karan Anand
This project aims to implement and enhance base special mathematical functions in JavaScript and C for stdlib. The goal is to complete missing C...
Contributor: muhammad_haris
JavaScript lacks a general purpose and cache efficient multi-dimensional array API for operating on large datasets of high-dimensionality. To address...
Contributor: Shabareesh Shetty
This project aims to increase BLAS (Basic Linear Algebra Subprograms) support in stdlib via the development of JavaScript, C, Fortran, and...
Contributor: Snehil Shah
The read-eval-print loop (REPL) is a fixture of data analysis and numerical computing and provides a critical entry-point for individuals seeking to...
Contributor: Aman Bhansali
The goal of this proposal is to add BLAS (Basic Linear Algebra Subprograms) routines and their C, Fortran, and Js implementations for linear algebra....
Contributor: Gunj Joshi
This project aims at developing C implementations for base special mathematical functions in stdlib, which are currently implemented in JavaScript....
Contributor: Jaysukh Makvana
Referring the implementation of how complex64 arrays are implemented, I proposed adding support for boolean arrays in stdlib. Unlike complex64 array,...