Workflow temporal verification: an efficient and effective approach for delivering on-time completion (Abstract Only)

X. Liu, Yun Yang
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引用次数: 1

Abstract

In the real world, most workflow applications are time constrained, i.e. to be completed by satisfying a set of temporal constraints such as local milestones and global deadlines. Meanwhile, due to the distributed nature of business processes and scientific workflows, most workflow systems are running in a dynamic computing environment such as the Cloud. Therefore, how to guarantee the on-time completion of workflow applications becomes a critical yet challenging issue for enhancing the overall performance and usability of workflow systems. In this tutorial, we will present a detailed overview of workflow temporal verification, which is one of the most efficient and effective approaches for delivering on-time completion of workflow applications. A general temporal verification framework consists of three major components, viz. temporal constraint setting, temporal consistency monitoring and temporal exception handling. Details for each component and comprehensive experimental results will be demonstrated. After the tutorial, the audience will have a complete view of what are workflow temporal verification as well as the state-of-the-art and open issues in this field.
工作流时间验证:一种交付准时完成的高效方法(仅摘要)
在现实世界中,大多数工作流应用程序都是有时间限制的,即通过满足一组时间约束(如本地里程碑和全局截止日期)来完成。同时,由于业务流程和科学工作流的分布式特性,大多数工作流系统都运行在云等动态计算环境中。因此,如何保证工作流应用程序的准时完成成为提高工作流系统整体性能和可用性的关键而又具有挑战性的问题。在本教程中,我们将详细概述工作流时间验证,这是交付工作流应用程序按时完成的最高效和最有效的方法之一。一个通用的时间验证框架由三个主要部分组成,即时间约束设置、时间一致性监控和时间异常处理。将展示每个组件的详细信息和综合实验结果。在本教程之后,观众将对什么是工作流时间验证以及该领域的最新和开放问题有一个完整的了解。
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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