Go-Style Channels
Contributor: Divye Nayyar
This project aims to add support of Go-Style Channels to the Chapel language. In Go, a channel is used to synchronize and communicate between...
Programming languages
Chapel
A Productive Parallel Programming Language
Technologies
CC++chapelHigh-performance computingPython
Topics
compilerdistributed systemshigh-performance computingparallel computingprogramming languages
- Total projects
- 16
- Years participating
- 5
- Most recent
- 2021
Participation history
Historical projects
Matrix Exponentials
Contributor: Prasanth Duvvuri
Matrix Exponentials are used in solving systems of linear differential equations. It is also widely used in Quantum Mechanics (Schrodinger's...
Socket Library
Contributor: Lakshya Singh
The Proposal contains details for implementation of Socket Module to be completed within the timeline of GSOC in the summers. Key elements of the...
Improve Mason Package Manager
Contributor: Ankush Bhardwaj
A package manager is a programming language's tool to create environments for projects and easily use external dependencies. It allows users or...
Native Distribute Linear Algebra Implementations
Contributor: Rahul Ghangas
Provide a distributed implementation of the Linear Algebra package in Chapel, which is currently restricted to a single node/locale
Sequential Data Structures
Contributor: Yujia Qiao
Provide a new mason package implementing various parallel safe sequential data structures.
Protocol Buffers Integration
Contributor: Aniket Mathur
Google Protocol Buffers is a language-neutral serialization library. However Chapel support for Protocol Buffers has not been investigated....
Improvements to Chapel LLVM Backend
Contributor: Mohammed Nafees
The Chapel compiler optionally can produce LLVM IR and use LLVM optimizations with –llvm. Going forward, Chapel will use LLVM more and more because...
Distributed Sparse Linear Algebra Library in Chapel
Contributor: Alvis Wong
This project includes adding BLAS, Sparse linear algebra and iterative solvers into Chapel.
Concurrent-Safe Memory Reclamation Systems
Contributor: Garvit Dewan
Currently Chapel has support for ‘shared’ lifetime-managed objects, which is implemented using reference-counting. Unfortunately reference counting...
Unit Test Framework
Contributor: Krishna Kumar Dey
Deployment is the last stage in the application development process and before that, any application undergoes a comprehensive testing process to...
To write a new cryptography module for Chapel that provides an interface to standard cryptography libraries that support common algorithms.
Contributor: saru95
This project aims to enable Chapel with its own module which would be a collection of both secure hash functions(such as SHA256) and various...
Distributed Data Structures
Contributor: LouisJenkinsCS
Built-in data structures are a necessity for any budding language, and in a language where distributed computing is at its core, data structures that...
Improve LLVM backend for Chapel compiler
Contributor: Przemysław Leśniak
This project is about improving LLVM backend for chapel compiler. Improvements consist of improving loop vectorization by adding proper metadata and...
Reporting stack traces on halt
Contributor: panzone
Chapel is a programming language that wants to make the development of parallel applications easier. This project wants to extend the Chapel runtime...
Incremental Compilation
Contributor: kushalsingh007
Currently, re-compiling a Chapel program would mean re-compiling the parts that haven’t changed, including the functions that haven’t been altered...