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Flexible composition and execution of large scale applications on distributed e-infrastructures

机译:在分布式电子基础架构上灵活地组合和执行大规模应用程序

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摘要

Computer simulation is finding a role in an increasing number of scientific disciplines, concomitant with the rise in available computing power. Marshalling this power facilitates new, more effective and different research than has been hitherto possible. Realizing this inevitably requires access to computational power beyond the desktop, making use of clusters, supercomputers, data repositories, networks and distributed aggregations of these resources. The use of diverse e-infrastructure brings with it the ability to perform distributed multiscaie simulations. Accessing one such resource entails a number of usability and security problems; when multiple geographically distributed resources are involved, the difficulty is compounded. In this paper we present a solution, the Application Hosting Environment,3 which provides a Software as a Service layer on top of distributed e-infrastructure resources. We describe the performance and usability enhancements present in AHE version 3, and show how these have led to a high performance, easy to use gateway for computational scientists working in diverse application domains, from computational physics and chemistry, materials science to biology and biomedicine.
机译:随着可用计算能力的提高,计算机仿真正在越来越多的科学学科中发挥作用。汇聚这种力量可以促进比以往可能进行的新的,更有效的和不同的研究。要实现这一点,不可避免地需要获得台式机以外的计算能力,并利用群集,超级计算机,数据存储库,网络以及这些资源的分布式聚合。多样化的电子基础设施的使用带来了执行分布式多尺度模拟的能力。访问一种这样的资源会带来许多可用性和安全性问题。当涉及多个地理上分散的资源时,困难就更加复杂了。在本文中,我们提出了一种解决方案,即应用程序托管环境3,该解决方案在分布式电子基础设施资源之上提供了软件即服务层。我们描述了AHE第3版中的性能和可用性增强,并说明了它们如何为高性能的,易于使用的网关提供了从计算物理和化学,材料科学到生物学和生物医学等各种应用领域的计算科学家。

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