增加业务流程模型的风险描述

DeAndre A. Johnson, Rayshaun L. Wheeler, J. Lambert
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引用次数: 1

摘要

在工业、政府和军队中,风险的增加和市场影响的不确定性刺激了风险识别和管理方面的创新。复杂的分布式系统和企业都面临着相关的挑战,包括业务流程的数据配置。在产品和服务供应链等中断的情况下,分析有关过去决策、先前知识和结果的数据,以提高及时应对和减轻风险的成功率。本文描述了一种方法的创新,用于识别风险来源,并将它们与业务流程模型中主题专家的风险描述合并。特别是,这种方法有助于识别风险来源和相关因果关系,使用户能够在供应链中断发生之前创建防御机制。本文独特的新焦点是用于捕获优先级和因果关系的IDEF3业务流程模型。通过一个工业油漆车间的业务流程示例演示了该方法。未来的工作将合并IDEF模型1、2和3,以识别和处理风险来源。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Risk Description Augmenting a Business Process Model
Across industry, government, and military, an increase in risk and uncertainty of market effects has stimulated innovations in risk identification and management. Complex distributed systems and enterprises are faced with related challenges, including data configuration of business processes. With disruptions to product and service supply chains etc., data on past decisions, prior knowledge, and outcomes are analyzed to improve the success of timely risk responses and mitigation. This paper describes an innovation to a methodology for identifying sources of risk and merging them with risk descriptions of subject matter experts in a business process model. In particular, this methodology aids in the identification of sources of risk and related causal relationships, enabling users to create defense mechanisms prior to the occurrence of supply chain disruptions. The unique new focus of this paper is the IDEF3 business process model used to capture precedence and causality relations. The approach is demonstrated with an example of a business process of an industrial paint shop. Future efforts will merge IDEF models 1, 2, and 3 for identifying and addressing sources of risk.
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