Acceptability Risk Assessment for the Complex Engineering System’s Development Projects Portfolio

P. Zinovev, I. Ismagilov
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Abstract

One the most serious challenge for contemporary engineering concerning complex system design and development process is discussed. The inmost dream and long-time ambition of designers are how to provide complex systems possibilities to be almost always reliable and survivable during overall its life cycle. Fuzzy forecasting technique here proposed has a declared mission to make reasonable fairly prediction of complex system’s evolution behavior and validation of its acceptability via group-expertise procedure. In this way composite criteria vector based on expert’s skills is used for assessment of system’s risks and its acceptance from the point of view of general engineering goals achievement. An original approach to solve the problem of risk assessment by using project development toolkit is considered.
复杂工程系统开发项目组合的可接受性风险评估
讨论了复杂系统设计与开发过程是当代工程面临的最严峻挑战之一。设计师内心深处的梦想和长期的抱负是如何提供复杂系统的可能性,使其在整个生命周期中几乎总是可靠和生存的。本文提出的模糊预测技术旨在通过群体专家程序对复杂系统的演化行为进行合理、公平的预测,并验证其可接受性。从总体工程目标实现的角度出发,利用基于专家技能的综合准则向量对系统的风险及其可接受性进行评估。提出了一种利用项目开发工具包解决风险评估问题的新颖方法。
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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