基于并行分区的工作流分布式执行

M. Hedayat, Wentong Cai, S. Turner, Shayan Shahand
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引用次数: 3

摘要

网格计算是实现大规模分布式资源共享的基础技术。工作流管理正在成为最重要的网格服务之一。对于工作流管理系统所涉及的各种问题,人们做了大量的研究工作。本文主要从工作流划分、工作流制定和工作流移动三个方面进行了研究。提出了一种新的工作流管理系统——并行分布式工作流管理系统(PDWMS)。在该系统中,工作流的执行由协同引擎网络完成。为了实现这一目标,采用一种新的划分算法,将原始的抽象工作流(系统的输入)划分为并行的部分。PDWMS的数据移动分为本地模型和全局模型,使用点对点方法。
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Distributed Execution of Workflow Using Parallel Partitioning
Grid computing is a fundamental technology for large scale distributed resource sharing. Workflow management is becoming one of the most important Grid services. A lot of research work has been done on different issues involved in workflow management systems. The focus of this paper is on three areas: workflow partitioning, enactment and data movement. A new workflow management system called parallel and distributed workflow management system (PDWMS) is proposed. In this system the execution of workflow is done by a network of collaborative engines. To achieve this target, the original abstract workflow (input of the system) is partitioned into parallel parts, using a new proposed partitioning algorithm. PDWMS’s data movement, which is categorized into local and global models, uses a peer-to-peer approach.
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