System Acquisition Pathology: A comprehensive characterization of system failure modes and effects

IF 0.5 Q4 ENGINEERING, MULTIDISCIPLINARY International Journal of Critical Infrastructures Pub Date : 2020-06-24 DOI:10.1504/ijcis.2020.10028466
Polinpapilinho F. Katina
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引用次数: 1

Abstract

Acquisition systems are shaped by calls for reforming, improving and modification. These calls include tangible processes, tools, and methods geared towards meeting cost, schedule, and technical performance. Failure avoidance is often considered a driving factor in acquisition systems. However, there remains a lack of systems research, particularly the inclusion of systems perspectives in acquisition systems failure analysis. The aim of this research was three-fold: 1) to understand the current state of acquisition systems with an emphasis on success/failures; 2) to elevate general systems theory (GST) as a foundation for the comprehensive characterisation of system acquisition failure, and; 3) to articulate a GST-based approach for identification/assessment of failures in system acquisition. Using GST, a grounded theory method is used to develop a construct for system acquisition pathology and validated in a case application. A method for identification of system acquisition pathology is then described along with implications for system acquisition research.
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系统获取病理学:系统故障模式和影响的综合表征
收购制度是由改革、改进和修改的呼声形成的。这些要求包括有形的流程、工具和方法,以满足成本、进度和技术性能。避免故障通常被认为是采集系统中的一个驱动因素。然而,仍然缺乏系统研究,特别是在采办系统故障分析中纳入系统视角。本研究的目的有三个:1)了解采集系统的现状,重点关注成功/失败;2) 提升一般系统理论(GST)作为全面描述系统获取失败的基础,以及;3) 阐明一种基于商品及服务税的方法,用于识别/评估系统采购中的故障。使用GST,使用一种有根据的理论方法来开发系统获取病理学的构建,并在一个案例应用中进行了验证。然后描述了一种识别系统获取病理学的方法,以及对系统获取研究的启示。
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来源期刊
International Journal of Critical Infrastructures
International Journal of Critical Infrastructures ENGINEERING, MULTIDISCIPLINARY-
CiteScore
2.00
自引率
16.70%
发文量
29
期刊介绍: IJCIS is an inter-disciplinary and refereed journal that provides a professional and scholarly forum for cross-learning between different scientific and technological disciplines, and between business and economic, as well as between societal and managerial, disciplines in the area of critical infrastructures. Critical infrastructures are networks for the provision of telecommunication and information services, energy services, water supply, transportation of people and goods, banking and financial services, government services and emergency services. By addressing commonalities and interrelationships between the various sectors, IJCIS enables scientists, policy makers and professionals in the field to learn from experiences in other countries and in other infrastructure sectors.
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