Introducing G2.ai, the future of software buying.Try now
Imagem do Avatar do Produto

ACTS

Mostrar detalhamento de classificação
1 avaliação
  • Perfis 1
  • Categorias 1
Classificação média por estrelas
5.0
Atendendo clientes desde

Nome do Perfil

Classificação por Estrelas

1
0
0
0
0

ACTS Avaliações

Filtros de Avaliação
Nome do Perfil
Classificação por Estrelas
1
0
0
0
0
BS
Brandon S.
01/03/2024
Avaliador validado
Fonte da Revisão: Convite da G2
Revisão Incentivada
Traduzido Usando IA

Integração ACTS

ACTS é um requisito para nós a fim de permanecermos em conformidade. Não poderíamos fazê-lo sem ele. Ele nos permite rastrear todas as nossas inspeções e gerar relatórios.

Sobre

Social

O que é ACTS?

ACTS (A Common Toolkit for Supercomputing) is a collection of software tools developed to simplify the process of solving complex computational problems on supercomputers. The toolkit is designed to help developers and researchers focus more on the unique aspects of their applications by offering a range of reusable, modular tools that have been proven to be effective in enhancing application performance and scalability.Developed by a collaboration involving top national laboratories and research institutions, ACTS provides a suite of packages that facilitate numerical simulation, problem-solving, and computational task management across high-performance computing platforms.The ACTS toolkit is hosted on SourceForge, where it is freely available for download and collaboration. The project's website, http://acts.sourceforge.net/, provides comprehensive resources including documentation, tutorials, code repositories, and user support forums. The toolkit is particularly useful for scientists and engineers in fields like physics, chemistry, and engineering, where large-scale simulations are common and require the advanced capabilities of supercomputing resources.By harnessing the power of ACTS, users can leverage robust computational libraries and tools to streamline the development process, enhance parallel computation capabilities, and effectively tackle the computational challenges of today's demanding scientific applications.