Fulfilling Functional Demands of BPM in Long-tailed Change Environments

Xi Chen, Hongmei Cao, Ye Lin, Liang Zhang
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引用次数: 1

Abstract

Enterprises rely on their process-aware information system (PAIS) to conduct business. With the increasingly fierce competition, the operation environment of enterprises is constantly changing due to uncertain factors or emerging opportunities. How to react to the changes in time and make a positive response is fundamental for enterprises to maintain their core competitiveness in the new economic era. Among these changes, a kind of long-tailed change has been omitted by traditional business process management (BPM) because of its wide variety and low frequency. Just as the long-tailed effect reveals, the impact of long-tailed change on PAIS change management will be no less than the impact of high-frequency changes. On the move to digital economy, enterprises can hardly win if they cannot catch the first opportunity and deal the long-tailed changes properly. On the other hand, business process models in PAIS are core assets of an enterprise. The requirement of keeping routine processes running smoothly and reusing these assets smartly in unexpected situations runs through the whole business. To solve this problem, this paper proposes a novel maintenance approach for business process models to cope with long-tailed changes. By decorating existing process models with business-oriented annotations, the PAIS can equip with the mechanism to support original processes while react to long-tailed situations agilely with a reinforced process engine. Several experiments revels the effectiveness and generality of proposed approach for BPM in the digital economy ear.
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长尾变化环境下BPM功能需求的实现
企业依靠过程感知信息系统(PAIS)来开展业务。随着竞争的日益激烈,企业的经营环境因不确定因素或新出现的机会而不断变化。如何及时应对变化,积极应对,是企业在新经济时代保持核心竞争力的根本。在这些变化中,有一类长尾变化由于种类多、频率低而被传统的业务流程管理(BPM)所忽略。正如长尾效应所揭示的那样,长尾变化对PAIS变更管理的影响将不亚于高频变化的影响。在向数字经济转型的过程中,企业如果不能抓住第一个机会,处理好长尾变化,就很难取得成功。另一方面,PAIS中的业务流程模型是企业的核心资产。保持常规流程顺利运行并在意外情况下巧妙地重用这些资产的需求贯穿于整个业务。为了解决这一问题,本文提出了一种新的业务流程模型维护方法来应对长尾变化。通过使用面向业务的注释修饰现有流程模型,PAIS可以配备支持原始流程的机制,同时使用增强的流程引擎灵活地对长尾情况做出反应。通过实验验证了该方法在数字经济环境下的有效性和通用性。
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