A software architecture for deploying high performance solution on the Internet

Chattratichat, Jaturon; Darlington, John; Guo, Yike; Hedvall, S.; Köhler, Martin; Saleem, A.; Sutiwaraphun, Janjao; Yang, Dan

doi:10.1007/bfb0037182

Cited by 3 publications

(1 citation statement)

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“…Many complex industrial processes can be solved by exploiting the full power of all the computational resources available within a corporation, thus adding significant tools for the cooperation in a multidisciplinary environment. Some interesting powerful environments for managing distributed computing resources are emerging, notably at PAC [1] and Imperial College [16].The programming environment we advocate for parallel machines, being based on the concept of in-the-large application development, is compatible with the requirement of seamless integration of distributed heterogeneous resources. The current version of SklE contains only basic, state-of-the art features for such integration.…”

Section: The Coordination Language Approachmentioning

confidence: 99%

Heterogeneous HPC environments

Vanneschi

1998

Euro-Par’98 Parallel Processing

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Directions of software technologies for innovative HPC environments are discussed according to the industrial user requirements for heterogeneous multidisciplinary applications, performance portability, rapid prototyping and software reuse, integration and interoperability of standard tools. The various issues are demonstrated with reference to the PQE2000 project and its programming environment SklE (Skeleton-based Integrated Environment). Modules developed by a variety of standard languages and tools are encapsulated into SklECL (SklE Coordination Language) structures to form the global application. A performance model associated to SklECL allows the static and dynamic tools to introduce a large amount of global optimizations without the direct intervention of the programmer. The paper discusses also some of the most critical issues in matching architecture and software technology, showing how the SklE environment, and its evolutions, can act as a solid framework in which innovative hardware-software systems for HPC can be studied and experimented.

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Section: The Coordination Language Approachmentioning

confidence: 99%