复杂产品系统的综合技术风险评价机制

Sihai Guo, Kaizhi Li, W. Zhou
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引用次数: 0

摘要

复杂产品系统创新具有时间跨度大、“按订单设计”、“采用先进技术”等特点,是一项充满风险的系统工程。风险评估是缔约方会议生命周期过程中的重要环节。此外,技术风险是导致成本风险、时间风险和有效性风险的主要因素。由于缔约方会议的非结构性特点,难以对缔约方会议全生命周期各阶段的各种技术风险进行定量度量。为了解决这一问题,首先分析了cop的概念,包括技术风险和相关的综合集成,然后建立了技术风险评价的定性和定量评价机制。因此,建立了评价程序和步骤序列。最后,以一个复杂产品系统为例,对技术风险进行了评价,以阐明评价模型的可行性和有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Meta-Synthesis Technical Risk Evaluation Mechanism of Complex Product Systems
With the characteristics of wide time span, engineer-to-order, advanced technology to be adopted", "etc., Complex product systems (CoPS) innovation becomes a systematic project full of risks. Risk evaluation is the vital role in life-cycle process of the CoPS. Furthermore, the technical risk is major factor leading to cost, time and effectiveness risk. Because of the non-structural features of CoPS, it is difficult to derive quantitative measurements of various technical risk of each stage during the whole life-cycle of the CoPS. To resolve this problem, firstly, the concepts of CoPS were analyzed, including technical risk and the relevant comprehensive integration, and then a qualitative and quantitative evaluation mechanism for technical risk evaluation has been developed. Consequently, the evaluation procedures and a sequence of steps were established. Finally, to clarify the feasibility and effectiveness of the evaluation model, the technical risk was evaluated for a complex product systems example.
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