Boost.Compute alternatives and related libraries

Based on the "Concurrency" category

• moodycamel

  8.6 3.7 L3 Boost.Compute VS moodycamel

  A fast multi-producer, multi-consumer lock-free concurrent queue for C++11

• ArrayFire

  8.0 8.9 L2 Boost.Compute VS ArrayFire

  A general purpose GPU library. [BSD]

• Thrust

  7.9 0.7 L4 Boost.Compute VS Thrust

  A parallel algorithms library which resembles the C++ Standard Template Library (STL). [Apache2]

• libmill

  7.4 0.0 Boost.Compute VS libmill

  Introduces Go-style concurrency in C. [MIT]

• readerwriterqueue

  7.1 4.3 Boost.Compute VS readerwriterqueue

  A fast single-producer, single-consumer lock-free queue for C++. [BSD]

• ck

  7.0 7.0 L3 Boost.Compute VS ck

  Concurrency primitives, safe memory reclamation mechanisms and non-blocking data structures. [BSD]

• libcds

  6.9 7.2 L2 Boost.Compute VS libcds

  A C++ library of Concurrent Data Structures. [BSD]

• HPX

  6.8 9.5 L2 Boost.Compute VS HPX

  A general purpose C++ runtime system for parallel and distributed applications of any scale. [Boost]

• moderngpu

  6.5 0.0 L3 Boost.Compute VS moderngpu

  moderngpu is a productivity library for general-purpose computing on GPUs. It is a header-only C++ library written for CUDA. The unique value of the library is in its accelerated primitives for solving irregularly parallel problems. [FreeBSD & Copyright, Sean Baxter]

• NCCL

  6.3 6.9 Boost.Compute VS NCCL

  Optimized primitives for collective multi-GPU communication. [BSD]

• junction

  5.9 0.1 L2 Boost.Compute VS junction

  A library of concurrent data structures in C++. [BSD]

• libdill

  5.9 9.0 Boost.Compute VS libdill

  Introduces structured concurrency in C. [MIT]

• C++React

  5.8 0.0 L4 Boost.Compute VS C++React

  A reactive programming library for C++11. [Boost]

• CUB

  5.6 2.1 Boost.Compute VS CUB

  CUB provides state-of-the-art, reusable software components for every layer of the CUDA programming mode. [New BSD]

• VexCL

  5.2 7.0 L1 Boost.Compute VS VexCL

  A C++ vector expression template library for OpenCL/CUDA. [MIT]

• RaftLib

  4.9 6.1 Boost.Compute VS RaftLib

  C++ Stream Parallel Processing, simple, performant and easy to use.

• Bolt

  4.3 0.0 L1 Boost.Compute VS Bolt

  A C++ template library optimized for GPUs. [Apache2]

• A C++14 library for executors

  4.1 0.0 L4 Boost.Compute VS A C++14 library for executors

  C++ library for executors

• continuable

  3.8 8.9 L4 Boost.Compute VS continuable

  Async C++14 platform independent continuation chainer providing light and allocation aware futures

• alpaka

  2.6 8.9 Boost.Compute VS alpaka

  Abstraction library for parallel kernel acceleration. [LGPLv3+]

• SObjectizer

  2.3 7.0 L4 Boost.Compute VS SObjectizer

  It's all about in-process message dispatching!

• Libclsph

  1.9 0.0 L1 Boost.Compute VS Libclsph

  An OpenCL based GPU accelerated SPH fluid simulation library. [MIT]

• cupla

  1.8 3.0 Boost.Compute VS cupla

  C++ API to run CUDA/C++ on OpenMP, Threads, TBB, ... through Alpaka. [LGPLv3+]

• eXtended Template Library

  1.2 5.7 Boost.Compute VS eXtended Template Library

  eXtended Template Library

• BlockingCollection

  1.2 5.6 Boost.Compute VS BlockingCollection

  C++11 thread safe collection class modeled after .NET BlockingCollection

• OpenCL

  - - Boost.Compute VS OpenCL

  The open standard for parallel programming of heterogeneous systems.

• OpenMP

  - - Boost.Compute VS OpenMP

  The OpenMP API.

* Code Quality Rankings and insights are calculated and provided by Lumnify.
They vary from L1 to L5 with "L5" being the highest. Visit our partner's website for more details.

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• Boost.Compute
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• Boost.Compute
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• Boost.Compute
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• Boost.Compute
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