Developing distributed computing applications with Tasklets

Janick Edinger, Dominik Schäfer, Martin Breitbach, C. Becker
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引用次数: 7

Abstract

This demo paper presents the Tasklet system - a middleware for distributed computing. The Tasklet system allows developers to offload self-contained units of computation - the so-called Tasklets - to a pool of heterogeneous computing devices. In this demonstration of the Tasklet system, we uncover the otherwise transparent process of computation offloading and scheduling. Further, we show the easy integration of heterogeneous computing devices and applications for Tasklets. In the demonstration, we focus on three key aspects of the Tasklet system. First, we present the API of the Tasklet middleware and the process of application tailoring with quality of computation. Second, we integrate computation devices during the runtime of Tasklets. A monitoring tool visualizes how Tasklets are scheduled and how resource providers simultaneously enter and leave the system. To show the easy integration of resources, we invite the audience to spontaneously contribute their computational resources to the environment. Third, we show five example applications from different application domains that benefit from using Tasklets.
使用微线程开发分布式计算应用
这篇演示论文介绍了微线程系统——分布式计算的中间件。微线程系统允许开发人员将自包含的计算单元(所谓的微线程)卸载到异构计算设备池中。在这个Tasklet系统的演示中,我们揭示了计算卸载和调度的透明过程。此外,我们还展示了Tasklets的异构计算设备和应用程序的轻松集成。在演示中,我们关注Tasklet系统的三个关键方面。首先,给出了微线程中间件的API和基于计算质量的应用裁剪过程。其次,我们在微线程运行期间集成了计算设备。监控工具可以可视化地显示微线程是如何调度的,以及资源提供者是如何同时进入和离开系统的。为了展示资源的容易整合,我们邀请观众自发地将他们的计算资源贡献给环境。第三,我们展示了来自不同应用领域的5个示例应用程序,它们都受益于使用微线程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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