模糊认知图对项目管理问题进行建模

Denise M. Case, C. Stylios
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引用次数: 22

摘要

项目管理是一个复杂的过程,受到来自外部环境和/或内部因素的众多因素的影响,完全或部分地在项目经理的控制之下。成功地管理项目涉及综合的、知情的规划、对外部和内部因素变化的动态评估和分析,以及在项目生命周期内制定和沟通最新战略的复杂结合。项目管理涉及许多系统的交互和分析,并要求对大量信息进行持续集成和评估。模糊认知图(FCM)允许我们对项目管理知识和经验结果进行编码,以创建一个有用的交互系统模型。本文涵盖了建筑项目管理FCM的表示和发展,该FCM提供了影响建筑项目管理和风险管理的最重要概念的综合视图。然后介绍了FCM的软计算方法在项目管理建模和分析中的应用。由此产生的PM-FCM对内部和外部因素的相互作用进行了建模,并为建筑项目管理应用提供了相互作用概念的抽象概念模型。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Fuzzy Cognitive Map to model project management problems
Project management is a complex process impacted by numerous factors either from the external environment and/or internal factors completely or partially under the project manager's control. Managing projects successfully involves a complex amalgamation of comprehensive, informed planning, dynamic assessment and analysis of changes in external and internal factors, and the development and communication of updated strategies over the life of the project. Project management involves the interaction and analysis of many systems and requires the continuous integration and evaluation of large amounts of information. Fuzzy Cognitive Maps (FCM) allow us to encode project management knowledge and experiential results to create a useful model of the interacting systems. This paper covers the representation and development of a construction project management FCM that provides an integrated view of the most important concepts affecting construction project management and risk management. This paper then presents the soft computing approach of FCM to project management (PM) modeling and analysis. The resulting PM-FCM models the interaction of internal and external factors and offers an abstract conceptual model of interacting concepts for construction project management application.
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