A Workflow Engine Server for the Design of Adaptive and Scalable Workflows

Andrzej Jasinski, Yuansong Qiao, J. Keeney, Enda Fallon, R. Flynn
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Abstract

Workflow generation is a widely used tool for business management. However, traditional solutions are primarily designed to generate a graphical representation of workflow elements rather than automate workflow generation. Additionally, current solutions require human input to generate a workflow that is designed to support a single task or job. These factors mean that current workflow generation tools are not flexible in terms of tasks supported, can't be easily scaled, and are not self-adaptive. This paper presents a proposal for a workflow engine server (WES) for workflow generation, which applies business workflow ideas to dataflow management. The WES architecture enables the automatic generation of workflows that are not restricted to a specific task or job. Initial evaluations of the proposed architecture demonstrate its potential for adaptive workflow generation, without the need for human intervention, for both small-scale and large-scale tasks.
用于自适应和可扩展工作流设计的工作流引擎服务器
工作流生成是一种广泛使用的业务管理工具。然而,传统的解决方案主要设计为生成工作流元素的图形表示,而不是自动生成工作流。此外,当前的解决方案需要人工输入来生成旨在支持单个任务或作业的工作流。这些因素意味着当前的工作流生成工具在支持的任务方面不够灵活,不能轻易扩展,也不能自适应。提出了一种工作流生成引擎服务器(WES),将业务工作流的思想应用于数据流管理。WES体系结构支持不局限于特定任务或作业的工作流的自动生成。对所提议的体系结构的初步评估表明,对于小规模和大规模任务,它在不需要人工干预的情况下具有自适应工作流生成的潜力。
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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